The document summarizes the contents of ASTM International's 2013 Standards Catalog, including information on 16 sections covering various topics related to materials, products, construction, energy, medical devices, and other areas. Some key details include:
- Sections cover topics such as metals, construction, petroleum, paints, textiles, plastics, rubber, and medical devices.
- Volumes within each section provide standards for specific materials and products, with over 12,000 total standards included.
- Information is provided on the number of standards, publication month, and general coverage for each volume.
- The catalog allows users to search for standards and includes online access and print versions.
Effects of anion on the corrosion behaviors of carbon steel under artificial ...eSAT Journals
Abstract
Rain is one of the main importance issues for atmospheric corrosion problem. Effects of rainfall on corrosion behaviors of carbon steels were investigated using artificial rainfall equipment. Three types of Atmospheric Corrosion Monitoring (ACM) sensors, which consist of Fe-Ag, Zn-Ag, and Al-Ag galvanic couples, were used to illustrate the correlation between the sensors output, Corrosion Rate (CR), and chemical concentration in the rain. The effects of ionic species on the corrosion behaviors were observed by using NaCl, KCl, Na2SO4, NaNO3, and KNO3 as rainfall solutions. The result revealed that the rainfall rate was insensitive to ACM sensors outputs and CRs. In contrast, the chemical species and their concentrations in the rainfall solution significantly affected the ACM outputs and CRs. The corrosivity of the cations (Na+ and K+) is negligible compared to the anions (Cl-, SO42-, NO3-).For a given number of molar concentration, the CRs resulted from the corrosivity of SO4-2anions were higher than that of Cl- and NO3- anions, respectively. According to the empirical data, the CRs is increased and then reach a steady state as the molar concentration is continuously increased. This research also indicates that the ACM sensors outputs of Fe-Ag and Zn-Ag couples are capable of estimating corrosivity of the atmosphere, while the ACM sensor of Al-Agcouple can be used to determine not only the time of wetness but also the typeofchemical species in the environment. The research methods discussed in this paper proves that the CRs are dependent on the atmospheric composition and can be forecasted through ACM sensors.
Environmental Monitoring Solutions was contracted by ABC Property Management to test indoor air quality at ABC Towers following complaints from occupants on the 2nd floor about symptoms from being in the building. EMS took air samples and monitored conditions on the 2nd floor and a few other representative floors over the course of a work day. Outdoor air conditions were also measured for comparison. Laboratory analysis of the air samples will be attached at the end of the report along with details of the testing methodology. The report will provide analysis of the indoor air quality survey results and any recommendations.
Get to know about exclusive discount on all Publications through this PDF. BSB Edge makes internationally published latest standards available and also provides assurance of objectivity and authenticity which restores confidence, even among the most demanding stakeholders.
SUMICO Technologies is diversified global technologies company with a team of professionals have experience of several years that provides sales and services for a wide range of industries, commercial markets and end-users, including consumers.SUMICO FAMILY is pleased to introduce SUMICO Technologies as most cost effective and reliable resource providing Plant Automation Solutions, Asset Optimization Solutions, Security Solutions and Industrial Equipments. SUMICO Technologies has been now at your service to cater ever expanding and increasing demands of industry. Indeed, it has been a fortunate opportunity for us along with our Associates & Global Business Partners to perform holy task of empowering the local industrial requirement.
Our leading product offerings include:
Field Instrumentation
Distributed Control Systems
Vibration Analysis
Field Balancing
Infrared Thermography
Laser Alignment
Metal Analysis (Positive Metal Identification)
Borescopic Inspection
NDT (Non Destructive Testing)
Oil Analysis
The document provides a final report for the EU funded TENSTAND project on tensile testing of metallic materials. The project addressed issues related to computer controlled tensile testing, validation of tensile test software, the effect of testing speed, and measurement of modulus. The report summarizes published literature on tensile testing from historical publications to recent works. It reviews standards development, test methods, machine technology, testing rates, round robin experiments, and other issues. The goal is to provide a technical basis to support further development of tensile testing standards.
Positive material identification (PMI) uses x-ray fluorescence or spark emission spectrography to determine the alloy composition and identity of materials. As raw materials change hands throughout the supply chain, errors can occur and material quality becomes questionable. PMI provides a solution to identify material type when material certificates are missing or unclear, and is particularly useful for high-quality metals like stainless steel and high-alloy metals. SGS offers PMI services using portable equipment to inspect components and materials in the field or for bulk metal sorting.
Irjet v4 i7349A Review on Plasma Spray Coatings and its CharacterizationIRJET Journal
This document summarizes a research paper that reviewed plasma spray coatings and their characterization. Plasma spraying was used to apply coatings of chrome oxide mixed with illmenite and quartz onto mild steel samples. The coatings were characterized to analyze their surface properties, microstructure, thickness, hardness and erosion resistance. The coatings provided good protection against erosion and abrasive wear. The mixture of chrome oxide, quartz and illmenite was coated onto steel samples using plasma spraying at different power levels. Coating characterization included SEM analysis, thickness measurement, hardness testing and erosion testing to evaluate the performance of the coatings.
Effects of anion on the corrosion behaviors of carbon steel under artificial ...eSAT Journals
1. The document investigates the effects of different ionic species in artificial rainfall solutions on the corrosion behavior of carbon steel.
2. Testing was conducted using an artificial rainfall chamber and three types of Atmospheric Corrosion Monitoring sensors to measure corrosion rates and sensor outputs under different conditions.
3. The results showed that the corrosion rate and sensor outputs were highly dependent on the chemical species and concentrations in the rainfall solutions. Sulfate ions caused the highest corrosion rates, followed by chloride and nitrate ions. Higher concentrations generally led to higher corrosion rates until a steady state was reached.
Effects of anion on the corrosion behaviors of carbon steel under artificial ...eSAT Journals
Abstract
Rain is one of the main importance issues for atmospheric corrosion problem. Effects of rainfall on corrosion behaviors of carbon steels were investigated using artificial rainfall equipment. Three types of Atmospheric Corrosion Monitoring (ACM) sensors, which consist of Fe-Ag, Zn-Ag, and Al-Ag galvanic couples, were used to illustrate the correlation between the sensors output, Corrosion Rate (CR), and chemical concentration in the rain. The effects of ionic species on the corrosion behaviors were observed by using NaCl, KCl, Na2SO4, NaNO3, and KNO3 as rainfall solutions. The result revealed that the rainfall rate was insensitive to ACM sensors outputs and CRs. In contrast, the chemical species and their concentrations in the rainfall solution significantly affected the ACM outputs and CRs. The corrosivity of the cations (Na+ and K+) is negligible compared to the anions (Cl-, SO42-, NO3-).For a given number of molar concentration, the CRs resulted from the corrosivity of SO4-2anions were higher than that of Cl- and NO3- anions, respectively. According to the empirical data, the CRs is increased and then reach a steady state as the molar concentration is continuously increased. This research also indicates that the ACM sensors outputs of Fe-Ag and Zn-Ag couples are capable of estimating corrosivity of the atmosphere, while the ACM sensor of Al-Agcouple can be used to determine not only the time of wetness but also the typeofchemical species in the environment. The research methods discussed in this paper proves that the CRs are dependent on the atmospheric composition and can be forecasted through ACM sensors.
Environmental Monitoring Solutions was contracted by ABC Property Management to test indoor air quality at ABC Towers following complaints from occupants on the 2nd floor about symptoms from being in the building. EMS took air samples and monitored conditions on the 2nd floor and a few other representative floors over the course of a work day. Outdoor air conditions were also measured for comparison. Laboratory analysis of the air samples will be attached at the end of the report along with details of the testing methodology. The report will provide analysis of the indoor air quality survey results and any recommendations.
Get to know about exclusive discount on all Publications through this PDF. BSB Edge makes internationally published latest standards available and also provides assurance of objectivity and authenticity which restores confidence, even among the most demanding stakeholders.
SUMICO Technologies is diversified global technologies company with a team of professionals have experience of several years that provides sales and services for a wide range of industries, commercial markets and end-users, including consumers.SUMICO FAMILY is pleased to introduce SUMICO Technologies as most cost effective and reliable resource providing Plant Automation Solutions, Asset Optimization Solutions, Security Solutions and Industrial Equipments. SUMICO Technologies has been now at your service to cater ever expanding and increasing demands of industry. Indeed, it has been a fortunate opportunity for us along with our Associates & Global Business Partners to perform holy task of empowering the local industrial requirement.
Our leading product offerings include:
Field Instrumentation
Distributed Control Systems
Vibration Analysis
Field Balancing
Infrared Thermography
Laser Alignment
Metal Analysis (Positive Metal Identification)
Borescopic Inspection
NDT (Non Destructive Testing)
Oil Analysis
The document provides a final report for the EU funded TENSTAND project on tensile testing of metallic materials. The project addressed issues related to computer controlled tensile testing, validation of tensile test software, the effect of testing speed, and measurement of modulus. The report summarizes published literature on tensile testing from historical publications to recent works. It reviews standards development, test methods, machine technology, testing rates, round robin experiments, and other issues. The goal is to provide a technical basis to support further development of tensile testing standards.
Positive material identification (PMI) uses x-ray fluorescence or spark emission spectrography to determine the alloy composition and identity of materials. As raw materials change hands throughout the supply chain, errors can occur and material quality becomes questionable. PMI provides a solution to identify material type when material certificates are missing or unclear, and is particularly useful for high-quality metals like stainless steel and high-alloy metals. SGS offers PMI services using portable equipment to inspect components and materials in the field or for bulk metal sorting.
Irjet v4 i7349A Review on Plasma Spray Coatings and its CharacterizationIRJET Journal
This document summarizes a research paper that reviewed plasma spray coatings and their characterization. Plasma spraying was used to apply coatings of chrome oxide mixed with illmenite and quartz onto mild steel samples. The coatings were characterized to analyze their surface properties, microstructure, thickness, hardness and erosion resistance. The coatings provided good protection against erosion and abrasive wear. The mixture of chrome oxide, quartz and illmenite was coated onto steel samples using plasma spraying at different power levels. Coating characterization included SEM analysis, thickness measurement, hardness testing and erosion testing to evaluate the performance of the coatings.
Effects of anion on the corrosion behaviors of carbon steel under artificial ...eSAT Journals
1. The document investigates the effects of different ionic species in artificial rainfall solutions on the corrosion behavior of carbon steel.
2. Testing was conducted using an artificial rainfall chamber and three types of Atmospheric Corrosion Monitoring sensors to measure corrosion rates and sensor outputs under different conditions.
3. The results showed that the corrosion rate and sensor outputs were highly dependent on the chemical species and concentrations in the rainfall solutions. Sulfate ions caused the highest corrosion rates, followed by chloride and nitrate ions. Higher concentrations generally led to higher corrosion rates until a steady state was reached.
Experimental investigation of Solid Particle Erosion of Brass, Stainless Stee...IRJET Journal
The document presents the results of an experimental investigation into the erosion behavior of brass, stainless steel 304, and aluminum 6063 due to solid particle impact. Tests were conducted using an air jet erosion tester at different impact velocities (40-70 m/s) and angles (30-90 degrees) using alumina particles. The results showed that increasing impact velocity increased the erosion rate of all materials, following a power law relationship. The maximum erosion for all materials occurred at an impact angle of 60 degrees. Brass exhibited the highest erosion rate while aluminum showed the best erosion resistance. The study provides experimental data to calibrate erosion wear models for computational analysis of industrial systems.
This document outlines standard practices for preparing, cleaning, and evaluating corrosion test specimens. It discusses procedures for preparing specimens prior to testing, including marking, surface finishing, and measuring. After testing, it recommends methods for removing corrosion products without significant base metal removal, including mechanical, chemical, and electrolytic cleaning. It provides tables of chemical and electrolytic cleaning procedures. Finally, it describes how to assess corrosion damage by calculating corrosion rates using measurements of specimen mass loss, surface area, exposure time, and material density.
This document provides information on austenitic-ferritic stainless steel (duplex steel), including its main applications, analyses, reference standards, physical properties, heat treatments and structure, solution annealing process, structural transformations, mechanical properties, forging, machining, and welding capabilities. It also discusses the corrosion resistance of duplex grades and provides examples of their use in various industries such as chemical, oil, building/construction, and petrochemical.
Profile of Baoti Group Ltd
Baoti Group Ltd (Baoti Group) is the biggest titanium and titanium alloy professional base for production and research of rare metal materials in China. It is not only the leading enterprise of titanium industry in China, but also the important part of the world titanium industry.
Baoti Group has 9 holding companies, including the listed company Baoji Titanium Industry Co., Ltd., 4 joint stock companies, 7 wholly owned subsidiaries and 6 directly-managed units. Our company has powerful technical resources with many outstanding rare material experts and the technical professionals account for 30 percent of all employees. The company technology center has been confirmed as a country-level company technology center by national important sectors, and our company has been named as International Technology Cooperation Base. There are 4 production systems including the manufacture production of titanium, zirconium, specialty metals ,equipment design and manufacture. Baoti has developed and produced more than 8,000 products and new materials for the industry and national defense applications, making more than 600 major sci-tech achievements. 95 percent of the domestic aerospace titanium products are provided by Baoti Group.
Our main manufacturing technique has kept pace with the world. The level of the titanium materials represents the top level in China. Our company is chief drafting unit of the main national industrial and military standards for titanium products. The brand of Baoti titanium and titanium alloy products is not only the China famous brand but also has become a representative of Chinese titanium in global markets.
Statistical methods to optimize process parameters to minimmizeIAEME Publication
This document discusses statistical methods to optimize process parameters to minimize casting defects in steel castings. It summarizes research on defects like shrinkage, gas pores, and hot tearing. The study was conducted at Akaki Basic Metal Industries in Ethiopia, which produces steel castings using no-bake sand casting. Four process parameters were analyzed at three levels using factorial experiments: sand-binder ratio, mold permeability, pouring temperature, and de-oxidizer amount. The goal is to determine the influence of each parameter on porosity and optimize the parameters to minimize defects. Literature on casting defects and causes like binder composition, pouring temperature, and gating is reviewed to inform the study. Tests were done to check moisture in sands
This document provides an overview of non-destructive testing (NDT) techniques. It discusses various NDT methods like visual inspection, liquid penetrant testing, magnetic particle testing, ultrasonic testing, and radiography testing. The document also compares destructive and non-destructive testing, highlights the importance, scope, advantages and difficulties of NDT. It provides examples of NDT applications in various industries and discusses the future progress expected in the field.
SmS tenzotherm Rus – is a Russian-Germany company that conducts research and development of products based on a semiconductor material – samarium sulphide.
Currently such products are strain gauges and gaz analyzers.
Versão traduzida de astm 2004 full-indexMarcel Fabio
The document is an index of standards published by ASTM International. It lists the sections and volumes of ASTM standards. Section 01 covers steel products, including Volume 01.01 which focuses on steel tubing, pipes, and fittings. The document provides the titles and codes of numerous ASTM standards that relate to steel pipes, tubes, fittings and other products.
This document provides guidance on material selection and corrosion protection for oil and gas production facilities. It outlines general principles for corrosion evaluation and material selection based on the intended application and environment. Specific requirements are given for selecting materials for drilling equipment, well completions, process facilities, pipelines and other systems. The document also provides design limitations for various materials and qualification requirements for new materials and manufacturers.
Real-time Corrosion Monitoring in Fossil-fuel-fired Boilers provides an overview of REI's experience with real-time corrosion monitoring using electrochemical noise techniques. The summary includes REI's work with probe designs for various boiler components, validation of CFD corrosion modeling tools, quantitative comparisons of corrosion rates from field tests, and applications across lab, pilot, and full-scale boilers firing various fuels. REI has developed expertise in characterizing corrosion from gas-phase sulfur, chlorine, and deposited species using these techniques.
This document provides guidelines for selecting corrosion resistant alloys for use in the oil and gas industry. It summarizes key environmental parameters that influence alloy corrosion properties, such as temperature, chloride concentration, and partial pressures of CO2 and H2S. Graphs show safe operating ranges for various alloys based on these parameters. The document updates selection guidelines originally published in 1998, expanding the ranges for some alloys based on new field and laboratory test data. It aims to help users preliminarily select candidate alloys for testing or economic analysis for a given application.
A REVIEW OF CHARACTERIZATION TECHNIQUES OF COMPOSITE MATERIALSIRJET Journal
This document reviews various non-destructive testing techniques for characterizing composite materials. It discusses techniques such as ultrasonic testing, infrared testing, radiography, acoustic emission testing, and shearography. For each technique it explains the basic principles, capabilities, advantages, and limitations. The review finds that no single technique can fully diagnose all potential defects, so careful selection of the appropriate method is important depending on the application and type of information needed. Non-destructive testing is a significant part of evaluating composites throughout their lifetime to ensure safety and performance.
Today, in the industry of aluminum, the D. C. casting of billets and slabs is playing the major role. The producers of these slabs and billets are many. The end users of the product are OEMs. The degassing technology for producing these aluminum slabs and billets is provided by very few. There are two types of degassing methods currently in use. One of these, vacuum degassing, is used primarily in the steel industry and thus not generally used in the aluminum industry. The second method, generally employed in the aluminum industry, is rotary degassing, which uses finely dispersed argon, chlorine, fluorine to remove dissolved hydrogen and various salts from melt. The challenges associated with producing aluminum are reducing porosity due to hydrogen precipitation during casting through degassing processes; which generates detrimental effects on mechanical properties of alloy castings and removing impurities like; the Ca, Mg salts etc. from the molten metal. Looking at the degassing systems provided by these players, are going to be obsolete as the environment norms will become stricter in the next decade, because of the use of Fluorine and Chlorine for removing the Ca, Mg, etc. impurities from the molten metal as the ozone layer is getting depleted and process becomes more cumbersome and hazardous. So, the innovation in the technology is needed; which leads research interest on development of the ultrasonic degassing as a better option. During this research authors would be using ultrasonic technology over existing technology to compare the results of conventional degasser units available in the market such as LARSTM, SNIFTM, STASTM - ACDTM, AlpurTM, MDUTM etc., and would be finding out the better operating parameters of ultrasonic equipment for the process for replacement of Fluorine and Chlorine based old technology with Ultrasonic Technology. This research paper should underpin improvement in the process and hence improved hardness of material by elimination of the fluorine and chlorine usage by replacing it with ultrasonic technology with suitable mechanical design, metallurgical criteria and thermal analysis consideration. During the entire research and development authors had carried out various operations like Research on thermal and metallurgical behavior of the molten metal and alloys, Comparison of results achieved using ultrasonic technique over existing technique, Formulation of conclusion; making ultrasonic technique a proven technology, and Identifying the further scope of research and development. With the experiments carried out, authors found significant improvement in hardness of the material produced by ultrasonic degassing as compared with the hardness of material produced by conventional degassing.
ASTM E709 01 STANDARD GUIDE mag part exam.pdfOmar Bellido
1) This document provides guidelines for magnetic particle examination, a nondestructive testing method for detecting cracks and other discontinuities near the surface of ferromagnetic materials.
2) The magnetic particle method works by magnetizing the material, applying magnetic particles, and observing where particles accumulate at points of magnetic flux leakage caused by discontinuities.
3) The guidelines describe procedures for part preparation, different magnetization techniques, types of magnetic particles, interpretation of indications, and other aspects of the examination process.
This document provides a summary of a handbook on corrosion prevention and control for selecting materials. The handbook was produced by the Advanced Materials, Manufacturing, and Testing Information Analysis Center to help program managers reduce corrosion and decrease lifecycle costs. It presents guidelines for selecting metallic materials to minimize corrosion in weapons systems and equipment. The handbook represents the second edition of a previous corrosion handbook published in 2005. It is intended to be used as a reference for corrosion prevention and mitigation strategies through proper materials selection.
Today, in the industry of aluminum, the D. C. casting of billets and slabs is playing the major role. The producers of these slabs and billets are many. The end users of the product are OEMs. The degassing technology for producing these aluminum slabs and billets is provided by very few. There are two types of degassing methods currently in use. One of these, vacuum degassing, is used primarily in the steel industry and thus not generally used in the aluminum industry. The second method, generally employed in the aluminum industry, is rotary degassing, which uses finely dispersed argon, chlorine, fluorine to remove dissolved hydrogen and various salts from melt. The challenges associated with producing aluminum are reducing porosity due to hydrogen precipitation during casting through degassing processes; which generates detrimental effects on mechanical properties of alloy castings and removing impurities like; the Ca, Mg salts etc. from the molten metal. Looking at the degassing systems provided by these players, are going to be obsolete as the environment norms will become stricter in the next decade, because of the use of Fluorine and Chlorine for removing the Ca, Mg, etc. impurities from the molten metal as the ozone layer is getting depleted and process becomes more cumbersome and hazardous. So, the innovation in the technology is needed; which leads research interest on development of the ultrasonic degassing as a better option. During this research authors would be using ultrasonic technology over existing technology to compare the results of conventional degasser units available in the market such as LARSTM, SNIFTM, STASTM - ACDTM, AlpurTM, MDUTM etc., and would be finding out the better operating parameters of ultrasonic equipment for the process for replacement of Fluorine and Chlorine based old technology with Ultrasonic Technology. This research paper should underpin improvement in the process and hence improved hardness of material by elimination of the fluorine and chlorine usage by replacing it with ultrasonic technology with suitable mechanical design, metallurgical criteria and thermal analysis consideration. During the entire research and development authors had carried out various operations like Research on thermal and metallurgical behavior of the molten metal and alloys, Comparison of results achieved using ultrasonic technique over existing technique, Formulation of conclusion; making ultrasonic technique a proven technology, and Identifying the further scope of research and development. With the experiments carried out, authors found significant improvement in hardness of the material produced by ultrasonic degassing as compared with the hardness of material produced by conventional degassing.
The document discusses the ASTM Digital Library, which contains a vast collection of engineering standards and technical information covering many disciplines. It includes full text access to 6 journals, manuals, special technical publications, and technical standards. The library allows for keyword searching of the collection as well as browsing by topic, committee, and publication type. It also provides definitions for technical terms from the ASTM Terminology Dictionary.
Global Demand for Semiconductor Gas Sensors 2022-2027 by Industry Experts, IncIndustry Experts
Safety & Security applications account for the largest share of the global demand for Semiconductor Gas Sensors, which is estimated to account for 23.4% share in 2022. Overall global market for Semiconductor Gas Sensors is estimated to reach US$1.1 billion in 2022.
BEST Inc. a training and consulting provider for electronics assembly services, presents a RoHS2 update including the institution of CE marking, certificates of conformance and materials file and materials declaration
Experimental investigation of Solid Particle Erosion of Brass, Stainless Stee...IRJET Journal
The document presents the results of an experimental investigation into the erosion behavior of brass, stainless steel 304, and aluminum 6063 due to solid particle impact. Tests were conducted using an air jet erosion tester at different impact velocities (40-70 m/s) and angles (30-90 degrees) using alumina particles. The results showed that increasing impact velocity increased the erosion rate of all materials, following a power law relationship. The maximum erosion for all materials occurred at an impact angle of 60 degrees. Brass exhibited the highest erosion rate while aluminum showed the best erosion resistance. The study provides experimental data to calibrate erosion wear models for computational analysis of industrial systems.
This document outlines standard practices for preparing, cleaning, and evaluating corrosion test specimens. It discusses procedures for preparing specimens prior to testing, including marking, surface finishing, and measuring. After testing, it recommends methods for removing corrosion products without significant base metal removal, including mechanical, chemical, and electrolytic cleaning. It provides tables of chemical and electrolytic cleaning procedures. Finally, it describes how to assess corrosion damage by calculating corrosion rates using measurements of specimen mass loss, surface area, exposure time, and material density.
This document provides information on austenitic-ferritic stainless steel (duplex steel), including its main applications, analyses, reference standards, physical properties, heat treatments and structure, solution annealing process, structural transformations, mechanical properties, forging, machining, and welding capabilities. It also discusses the corrosion resistance of duplex grades and provides examples of their use in various industries such as chemical, oil, building/construction, and petrochemical.
Profile of Baoti Group Ltd
Baoti Group Ltd (Baoti Group) is the biggest titanium and titanium alloy professional base for production and research of rare metal materials in China. It is not only the leading enterprise of titanium industry in China, but also the important part of the world titanium industry.
Baoti Group has 9 holding companies, including the listed company Baoji Titanium Industry Co., Ltd., 4 joint stock companies, 7 wholly owned subsidiaries and 6 directly-managed units. Our company has powerful technical resources with many outstanding rare material experts and the technical professionals account for 30 percent of all employees. The company technology center has been confirmed as a country-level company technology center by national important sectors, and our company has been named as International Technology Cooperation Base. There are 4 production systems including the manufacture production of titanium, zirconium, specialty metals ,equipment design and manufacture. Baoti has developed and produced more than 8,000 products and new materials for the industry and national defense applications, making more than 600 major sci-tech achievements. 95 percent of the domestic aerospace titanium products are provided by Baoti Group.
Our main manufacturing technique has kept pace with the world. The level of the titanium materials represents the top level in China. Our company is chief drafting unit of the main national industrial and military standards for titanium products. The brand of Baoti titanium and titanium alloy products is not only the China famous brand but also has become a representative of Chinese titanium in global markets.
Statistical methods to optimize process parameters to minimmizeIAEME Publication
This document discusses statistical methods to optimize process parameters to minimize casting defects in steel castings. It summarizes research on defects like shrinkage, gas pores, and hot tearing. The study was conducted at Akaki Basic Metal Industries in Ethiopia, which produces steel castings using no-bake sand casting. Four process parameters were analyzed at three levels using factorial experiments: sand-binder ratio, mold permeability, pouring temperature, and de-oxidizer amount. The goal is to determine the influence of each parameter on porosity and optimize the parameters to minimize defects. Literature on casting defects and causes like binder composition, pouring temperature, and gating is reviewed to inform the study. Tests were done to check moisture in sands
This document provides an overview of non-destructive testing (NDT) techniques. It discusses various NDT methods like visual inspection, liquid penetrant testing, magnetic particle testing, ultrasonic testing, and radiography testing. The document also compares destructive and non-destructive testing, highlights the importance, scope, advantages and difficulties of NDT. It provides examples of NDT applications in various industries and discusses the future progress expected in the field.
SmS tenzotherm Rus – is a Russian-Germany company that conducts research and development of products based on a semiconductor material – samarium sulphide.
Currently such products are strain gauges and gaz analyzers.
Versão traduzida de astm 2004 full-indexMarcel Fabio
The document is an index of standards published by ASTM International. It lists the sections and volumes of ASTM standards. Section 01 covers steel products, including Volume 01.01 which focuses on steel tubing, pipes, and fittings. The document provides the titles and codes of numerous ASTM standards that relate to steel pipes, tubes, fittings and other products.
This document provides guidance on material selection and corrosion protection for oil and gas production facilities. It outlines general principles for corrosion evaluation and material selection based on the intended application and environment. Specific requirements are given for selecting materials for drilling equipment, well completions, process facilities, pipelines and other systems. The document also provides design limitations for various materials and qualification requirements for new materials and manufacturers.
Real-time Corrosion Monitoring in Fossil-fuel-fired Boilers provides an overview of REI's experience with real-time corrosion monitoring using electrochemical noise techniques. The summary includes REI's work with probe designs for various boiler components, validation of CFD corrosion modeling tools, quantitative comparisons of corrosion rates from field tests, and applications across lab, pilot, and full-scale boilers firing various fuels. REI has developed expertise in characterizing corrosion from gas-phase sulfur, chlorine, and deposited species using these techniques.
This document provides guidelines for selecting corrosion resistant alloys for use in the oil and gas industry. It summarizes key environmental parameters that influence alloy corrosion properties, such as temperature, chloride concentration, and partial pressures of CO2 and H2S. Graphs show safe operating ranges for various alloys based on these parameters. The document updates selection guidelines originally published in 1998, expanding the ranges for some alloys based on new field and laboratory test data. It aims to help users preliminarily select candidate alloys for testing or economic analysis for a given application.
A REVIEW OF CHARACTERIZATION TECHNIQUES OF COMPOSITE MATERIALSIRJET Journal
This document reviews various non-destructive testing techniques for characterizing composite materials. It discusses techniques such as ultrasonic testing, infrared testing, radiography, acoustic emission testing, and shearography. For each technique it explains the basic principles, capabilities, advantages, and limitations. The review finds that no single technique can fully diagnose all potential defects, so careful selection of the appropriate method is important depending on the application and type of information needed. Non-destructive testing is a significant part of evaluating composites throughout their lifetime to ensure safety and performance.
Today, in the industry of aluminum, the D. C. casting of billets and slabs is playing the major role. The producers of these slabs and billets are many. The end users of the product are OEMs. The degassing technology for producing these aluminum slabs and billets is provided by very few. There are two types of degassing methods currently in use. One of these, vacuum degassing, is used primarily in the steel industry and thus not generally used in the aluminum industry. The second method, generally employed in the aluminum industry, is rotary degassing, which uses finely dispersed argon, chlorine, fluorine to remove dissolved hydrogen and various salts from melt. The challenges associated with producing aluminum are reducing porosity due to hydrogen precipitation during casting through degassing processes; which generates detrimental effects on mechanical properties of alloy castings and removing impurities like; the Ca, Mg salts etc. from the molten metal. Looking at the degassing systems provided by these players, are going to be obsolete as the environment norms will become stricter in the next decade, because of the use of Fluorine and Chlorine for removing the Ca, Mg, etc. impurities from the molten metal as the ozone layer is getting depleted and process becomes more cumbersome and hazardous. So, the innovation in the technology is needed; which leads research interest on development of the ultrasonic degassing as a better option. During this research authors would be using ultrasonic technology over existing technology to compare the results of conventional degasser units available in the market such as LARSTM, SNIFTM, STASTM - ACDTM, AlpurTM, MDUTM etc., and would be finding out the better operating parameters of ultrasonic equipment for the process for replacement of Fluorine and Chlorine based old technology with Ultrasonic Technology. This research paper should underpin improvement in the process and hence improved hardness of material by elimination of the fluorine and chlorine usage by replacing it with ultrasonic technology with suitable mechanical design, metallurgical criteria and thermal analysis consideration. During the entire research and development authors had carried out various operations like Research on thermal and metallurgical behavior of the molten metal and alloys, Comparison of results achieved using ultrasonic technique over existing technique, Formulation of conclusion; making ultrasonic technique a proven technology, and Identifying the further scope of research and development. With the experiments carried out, authors found significant improvement in hardness of the material produced by ultrasonic degassing as compared with the hardness of material produced by conventional degassing.
ASTM E709 01 STANDARD GUIDE mag part exam.pdfOmar Bellido
1) This document provides guidelines for magnetic particle examination, a nondestructive testing method for detecting cracks and other discontinuities near the surface of ferromagnetic materials.
2) The magnetic particle method works by magnetizing the material, applying magnetic particles, and observing where particles accumulate at points of magnetic flux leakage caused by discontinuities.
3) The guidelines describe procedures for part preparation, different magnetization techniques, types of magnetic particles, interpretation of indications, and other aspects of the examination process.
This document provides a summary of a handbook on corrosion prevention and control for selecting materials. The handbook was produced by the Advanced Materials, Manufacturing, and Testing Information Analysis Center to help program managers reduce corrosion and decrease lifecycle costs. It presents guidelines for selecting metallic materials to minimize corrosion in weapons systems and equipment. The handbook represents the second edition of a previous corrosion handbook published in 2005. It is intended to be used as a reference for corrosion prevention and mitigation strategies through proper materials selection.
Today, in the industry of aluminum, the D. C. casting of billets and slabs is playing the major role. The producers of these slabs and billets are many. The end users of the product are OEMs. The degassing technology for producing these aluminum slabs and billets is provided by very few. There are two types of degassing methods currently in use. One of these, vacuum degassing, is used primarily in the steel industry and thus not generally used in the aluminum industry. The second method, generally employed in the aluminum industry, is rotary degassing, which uses finely dispersed argon, chlorine, fluorine to remove dissolved hydrogen and various salts from melt. The challenges associated with producing aluminum are reducing porosity due to hydrogen precipitation during casting through degassing processes; which generates detrimental effects on mechanical properties of alloy castings and removing impurities like; the Ca, Mg salts etc. from the molten metal. Looking at the degassing systems provided by these players, are going to be obsolete as the environment norms will become stricter in the next decade, because of the use of Fluorine and Chlorine for removing the Ca, Mg, etc. impurities from the molten metal as the ozone layer is getting depleted and process becomes more cumbersome and hazardous. So, the innovation in the technology is needed; which leads research interest on development of the ultrasonic degassing as a better option. During this research authors would be using ultrasonic technology over existing technology to compare the results of conventional degasser units available in the market such as LARSTM, SNIFTM, STASTM - ACDTM, AlpurTM, MDUTM etc., and would be finding out the better operating parameters of ultrasonic equipment for the process for replacement of Fluorine and Chlorine based old technology with Ultrasonic Technology. This research paper should underpin improvement in the process and hence improved hardness of material by elimination of the fluorine and chlorine usage by replacing it with ultrasonic technology with suitable mechanical design, metallurgical criteria and thermal analysis consideration. During the entire research and development authors had carried out various operations like Research on thermal and metallurgical behavior of the molten metal and alloys, Comparison of results achieved using ultrasonic technique over existing technique, Formulation of conclusion; making ultrasonic technique a proven technology, and Identifying the further scope of research and development. With the experiments carried out, authors found significant improvement in hardness of the material produced by ultrasonic degassing as compared with the hardness of material produced by conventional degassing.
The document discusses the ASTM Digital Library, which contains a vast collection of engineering standards and technical information covering many disciplines. It includes full text access to 6 journals, manuals, special technical publications, and technical standards. The library allows for keyword searching of the collection as well as browsing by topic, committee, and publication type. It also provides definitions for technical terms from the ASTM Terminology Dictionary.
Global Demand for Semiconductor Gas Sensors 2022-2027 by Industry Experts, IncIndustry Experts
Safety & Security applications account for the largest share of the global demand for Semiconductor Gas Sensors, which is estimated to account for 23.4% share in 2022. Overall global market for Semiconductor Gas Sensors is estimated to reach US$1.1 billion in 2022.
BEST Inc. a training and consulting provider for electronics assembly services, presents a RoHS2 update including the institution of CE marking, certificates of conformance and materials file and materials declaration
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
Reimagining Your Library Space: How to Increase the Vibes in Your Library No ...Diana Rendina
Librarians are leading the way in creating future-ready citizens – now we need to update our spaces to match. In this session, attendees will get inspiration for transforming their library spaces. You’ll learn how to survey students and patrons, create a focus group, and use design thinking to brainstorm ideas for your space. We’ll discuss budget friendly ways to change your space as well as how to find funding. No matter where you’re at, you’ll find ideas for reimagining your space in this session.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
1. A S T M I N T E R N A T I O N A L
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2 2 0 1 3 A S T M S T A N D A R D S C A T A L O G
3. ASTM international standards catalog
2013 Contents
All standards under the jurisdiction of
Subcommittees E48.02 Characterization and
Identification of Biological Systems and E48.03 Unit
Processes and Validation, formerly appearing in
Volume 11.06 Biological Effects and Environmental
Fate; Biotechnology, have been moved to
Volume 14.02 General Test Methods; Forensic
Psychophysiology; Forensic Sciences; Terminology;
Conformity Assessment; Statistical Methods;
Nanotechnology; Forensic Engineering; Manufacture
of Pharmaceutical Products.
Importan t chan geS
for 2013
Summary of Content and Availability 4
Volume Descriptions 8
Table of Contents
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4. ASTMStandards
Volume
ANNUAL BOOK of ASTM STANDARDS
#of
Standards
Month
Published
4
ONLINE Basic (Active Standards Only)
ONLINE+ (Actives PLUS Redlines, Historicals, and Withdrawns)
section 1—iron and steel products (p 8)
01.01 Steel—Piping, Tubing, Fitting Jan 122
01.02 Ferrous Castings; Ferroalloys Jan 121
01.03 Steel—Plate, Sheet, Strip, Wire; Stainless Steel Bar Feb 89
01.04 Steel—Structural, Reinforcing, Pressure Vessel, Railway Jan 128
01.05 Steel—Bars, Forgings, Bearing, Chain, Tool Jan 102
01.06 Coated Steel Products Feb 131
01.07 Ships and Marine Technology Jan 174
01.08 Fasteners; Rolling Element Bearings Jan 99
SECTION 1 (Volumes 01.01–01.08) 966 Standards
section 2—nonferrous metal products (p 9)
02.01 Copper and Copper Alloys May 150
02.02 Aluminum and Magnesium Alloys Sept 88
02.03 Electrical Conductors May 85
02.04 Nonferrous Metals—Nickel, Titanium, Lead, Tin, Zinc, Zirconium, Precious,
Reactive, Refractory Metals and Alloys; Materials for Thermostats, Electrical
Heating and Resistance Contacts, and Connectors June 261
02.05 Metallic and Inorganic Coatings; Metal Powders and Metal Powder Products May 196
SECTION 2 (Volumes 02.01–02.05) 780 Standards
section 3—metals test methods and analytical procedures (p 10)
03.01 Metals—MechanicalTesting;ElevatedandLow-TemperatureTests;Metallography July 131
03.02 Corrosion of Metals; Wear and Erosion Aug 115
03.03 Nondestructive Testing Oct 200
03.04 Magnetic Properties April 49
03.05 Analytical Chemistry for Metals, Ores, and Related Materi als (I): E 32-Latest Oct 132
03.06 Molecular Spectroscopy; Surface Analysis Oct 94
SECTION 3 (Volumes 03.01–03.06) 721 Standards
summary of Content and availability
2 0 1 3 A S T M S T A N D A R D S C A T A L O G
5. Volume
Month
Published
#of
Standards
c o n t i n u e d
5
2013
sec t i o n 4—c o ns t r u c t i o n (p 11-12)
04.01 Cement; Lime; Gypsum Sept 136
04.02 Concrete and Aggregates Oct 178
04.03 Road and Paving Materials; Vehicle–Pavement Systems June 278
04.04 Roofing and Waterproofing June 180
04.05 Chemical–Resistant Nonmetallic Materials; Vitrified Clay Pipe; Concrete Pipe;
Fiber-ReinforcedCementProducts;MortarsandGrouts;Masonry;PrecastConcrete June 279
04.06 Thermal Insulation; Building and Environmental Acoustics Nov 192
04.07 Building Seals and Sealants; Fire Standards; Dimension Stone Nov 191
04.08 Soil and Rock (I): D420–D5876 Mar 215
04.09 Soil and Rock (II): D5877–Latest April 181
04.10 Wood July 93
04.11 Building Constructions (I): E72–E2110 Nov 164
04.12 Building Constructions (II): E2112–Latest; Sustainabililty; Property Management
Systems; Technology and Underground Utilities Nov 161
04.13 Geosynthetics May 140
SECTION 4 (Volumes 04.01–04.12) 2,388 Standards
section 5—petroleum products, lubricants, and fossil fuels (p 12-13)
05.01 Petroleum Products and Lubricants (I): C1234-D3710 Feb 252
05.02 Petroleum Products and Lubricants (II): D3711-D6122 Mar 214
05.03 Petroleum Products and Lubricants (III): D6138-D6971 Mar 125
05.04 Petroleum Products and Lubricants (IV): D6973-Latest Mar 165
05.05 CombustionCharacteristics;ManufacturedCarbonandGraphiteProducts;Catalysts Feb 79
05.06 Gaseous Fuels; Coal and Coke Sept 124
SECTION 5 (Volumes 05.01–05.06) 959 Standards
section 6—paints, related coatings, and aromatics (p 13)
06.01 Paint—Tests for Chemical, Physical, and Optical Properties; Appearance Feb 260
06.02 Paint—Products and Applications; Protective Coatings; Pipeline Coatings Feb 263
06.03 Paint—Pigments, Drying Oils, Polymers, Resins, Naval Stores, Cellulosic Esters,
and Ink Vehicles Mar 141
06.04 Paint—Solvents; Aromatic Hydrocarbons Mar 164
SECTION 6 (Volumes 06.01–06.04) 828 Standards
ContentandAvailability
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6. Volume
Month
Published
#of
Standards
ANNUAL BOOK of ASTM STANDARDS
6
sec t i o n 7—t e x t iles (p 14)
07.01 Textiles (I): D76-D4391 Nov 180
07.02 Textiles (II): D4393-Latest Nov 153
SECTION 7 (Volumes 07.01–07.02) 333 Standards
sec t i o n 8—plas t ics (p 14)
08.01 Plastics (I): D256–D3159 June 133
08.02 Plastics (II): D3222–D5083 June 134
08.03 Plastics (III): D5117–Latest Reinforced Plastic Piping Systems and Chemical
Equipment; Plastic Building Products July 212
08.04 Plastic Piping Systems Jan 225
SECTION 8 (Volumes 08.01–08.04) 704 Standards
sec t i o n 9 —RU B B E R (p 15)
09.01 Rubber, Natural and Synthetic—General Test Methods; Carbon Black July 208
09.02 RubberProducts,Industrial—SpecificationsandRelatedTestMethods;Gaskets;Tires Aug 123
SECTION 9 (Volumes 09.01–09.02) 331 Standards
section 10—electrical insulation and electronics (p 15)
10.01 Electrical Insulation (I): D69–D2484 May 69
10.02 Electrical Insulation (II): D2518–Latest May 100
10.03 Electrical Insulating Liquids and Gases; Electrical Protective Equipment May 101
10.04 Electronics; Declarable Substances in Materials; 3D Imaging Systems;
Additive Manufacturing Technologies April 120
SECTION 10 (Volumes 10.01–10.04) 370 Standards
section 11—water and environmental technology (p 16)
11.01 Water (I) April 202
11.02 Water (II) May 200
11.03 Occupational Health and Safety; Protective Clothing Oct 83
11.04 Waste Management Sept 113
11.05 Pesticides, Antimicrobials, and Alternative Control Agents;
Environmental Assessment; Hazardous Substances and Oil Spill Response Aug 193
11.06 Biological Effects and Environmental Fate; Biotechnology Aug 103
11.07 Air Quality Oct 163
SECTION 11 (Volumes 11.01–11.07) 1,057 Standards
section 12—nuclear, solar, and geothermal energy (p 17)
12.01 Nuclear Energy (I) Aug 179
12.02 Nuclear (II); Solar, and Geothermal Energy; Radiation Processing Sept 155
SECTION 12 (Volumes 12.01–12.02) 334 Standards
summary of Content and availability
2 0 1 3 A S T M S T A N D A R D S C A T A L O G
ASTMStandards
7. Month
Published
#of
Standards
Volume
7
2013
section 13—medical devices and medical services (p 17)
13.01 Medical and Surgical Materials and Devices (I): E667-F2477 Sept 226
13.02 Medical and Surgical Materials and Devices (II): F2502-Latest; Emergency
Medical Services; Search and Rescue; Anesthetic and Respiratory Equipment Sept 156
SECTION 13 (Volumes 13.01–13.02) 382 Standards
section 14—general methods and instrumentation (p 17-18)
14.01 Healthcare Informatics June 33
14.02 General Test Methods; Forensic Psychophysiology; Forensic Sciences;
Conformity Assessment; Statistical Methods; Nanotechnology; Forensic
Engineering; Manufacture of Pharmaceutical Products July 258
14.03 Temperature Measurement July 42
14.04 Laboratory Apparatus; Degradation of Materials; SI; Oxygen Fire Safety July 132
SECTION 14 (Volumes 14.01–14.04) 465 Standards
section 15—general products, chemical specialties, and end use products (p 18-20)
15.01 Refractories; Activated Carbon; Advanced Ceramics Mar 146
15.02 Glass; Ceramic Whitewares April 121
15.03 Space Simulation; Aerospace and Aircraft; Composite Materials Oct 187
15.04 Soaps and Other Detergents; Polishes; Leather; Resilient Floor Coverings Sept 261
15.05 Engine Coolants; Halogenated Organic Solvents and Fire Extinguishing
Agents Industrial and Specialty Chemicals Aug 170
15.06 Adhesives Aug 134
15.07 Sports Equipment and Facilities; Pedestrian/Walkway Safety and Footwear;
Amusement Rides and Devices; Snow Skiing Nov 210
15.08 Sensory Evaluation; Vacuum Cleaners; Security Systems and Equipment;
Detention and Correctional Facilities; Homeland Security Applications Nov 137
15.09 Paper; Business Imaging Products June 99
15.10 Packaging; Flexible Barrier Packaging June 202
15.11 Consumer Products; Light Sport Aircraft; Unmanned Aircraft Systems;
Normal and Utility Category Airplane Electrical Wiring Systems; Unmanned
Maritime Vehicle Systems (UMVS); Language Services and Products Nov 158
15.12 Livestock, Meat, and Poultry Evaluation Systems; Food Service Equipment Nov 95
SECTION 15 (Volumes 15.01–15.12) 1,920 Standards
sec t i o n 0 0—I N D E X (p 20)
00.01 Subject Index; Alphanumeric List $177 Nov
ContentandAvailability
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8. ASTMStandards
8 2 0 1 3 A S T M S T A N D A R D S C A T A L O G
Annual Book of ASTM
Section 1: Iron and Steel Products
ONLINE Basic (Active Standards Only)
ONLINE + (Actives plus Redlines, Historicals, and Withdrawns)
Volume 01.01
Steel—Piping, Tubing, Fittings
1,038 Pages; 122 Standards; Available Jan. 2013
Volume 01.01 features standards for various types
of steel pipe that specify requirements for high-
temperature service, ordinary use, and special
applications, such as fire protection.
It includes specifications on steel tubes for boiler and
superheater tubes, general service tubes, still tubes
in refinery service, heat exchanger and condenser
tubes, mechanical tubing, and structural tubing.
Steel casting specifications address standard
properties for valves, flanges, fittings, and other
pressure containing parts for high-temperature and
low-temperature service. Others cover black, plain
end steel pipe for use in the conveyance of fluids
under pressure.
Volume 01.02
Ferrous Castings; Ferroalloys
902 Pages; 121 Standards; Available Jan. 2013
Volume 01.02 includes standards that describe
the property requirements of steel castings used
for general applications, structural purposes, and
high-temperature and low-temperature service.
It also features alloy-casting specifications for
castings made of nickel and chromium alloys.
Other standards detail the property and testing
requirements for gray and white iron castings, cast
iron pipe and fittings, and ductile iron castings.
This volume also includes standards on
radiographic examination of castings to be used
with ASTM’s standard reference radiographs.
Volume 01.03
Steel—Plate, Sheet, Strip, Wire;
Stainless Steel Bar
784 Pages; 89 Standards; Available Feb. 2013
Under the heading of steel plate, sheet, and strip, this
volume covers specifications that stress mechanical
property requirements and applications. The majority
of them have been adopted by the Department of
Defense. Also featured are specifications that detail
the properties of assorted types of steel wire and
industrial sizing screens.
Volume 01.04
Steel—Structural, Reinforcing,
Pressure Vessel, Railway
856 Pages; 128 Standards; Available Jan. 2013
This volume features specifications that fix the
requirements for various types of structural steel,
such as high-strength, low-alloy, rolled steel floor
plates, and carbon-silicon steel plates.
Some standards focus on plates and forgings used in
boilers and pressure vessels, while others deal with
steel for concrete reinforcement and prestressed
concrete. This volume also includes specifications
that set the properties for railway service rails and
accessories.
Volume 01.05
Steel—Bars, Forgings, Bearing,
Chain, Tool
878 Pages; 102 Standards; Available Jan. 2013
Specifications and test methods examine the
properties of various steel bars intended for specific
or general applications. Standards focus on carbon
and alloy steel axles, wrought carbon steel wheels,
steel tires, and carbon and alloy steel forgings for
railway use.
Volume 01.05 also provides standards for steel
forgings and billets in assorted applications, such
as pressure vessels, rotors, and general use. The
remaining specifications cover steel chain, bearing
steels, and tool steels.
Volume 01.06
Coated Steel Products
934 Pages; 131 Standards; Available Feb. 2013
This volume covers aluminum or zinc-coated steel,
tin mill products, and coated steel wire. It also
includes standards for chain-link, ornamental, and
security fences.
Volume 01.07
Ships and Marine Technology
1,904 Pages; 174 Standards; Available Jan. 2013
Volume 01.07 covers standards used in the
shipping and marine industries. They include
standard requirements for steel furniture,
watertight doors, marine coatings, and more.
Volume 01.08
Fasteners; Rolling Element
Bearings
1,036 Pages; 99 Standards; Available Jan. 2013
Volume 01.08 contains specifications for various
internally and externally threaded fasteners, and
non-threaded and driven fasteners.
It also includes standards on rolling element
bearings that establish the physical and
mechanical properties for bearings to be used in
automotive and aerospace applications.
Section 1
(Volumes 01.01—01.08)
8,332 Pages; 966 Standards
9. Section2:NonferrousMetalProducts
Volume 02.01
Copper and Copper Alloys
1,008 Pages; 150 Standards; Available May 2013
Volume 02.01 includes standards on copper and
copper alloy plate, sheet, strip, rolled bar, rod bar,
and shapes. Some detail the property requirements
for seamless and welded tubes for ordinary use,
water service, condensers, and special uses. Others
cover various types of wire, including hard-drawn
copper, copper-silicon alloy, and phosphor bronze.
Volume 02.02
Aluminum and Magnesium Alloys
918 Pages; 88 Standards; Available Sept. 2013
The specifications in this volume cover aluminum,
aluminum alloys, and aluminum-covered steel,
including bars, rods, wire, shapes, castings, forgings,
fasteners, pipes, tubes, sheet, plates, foil, and
cable. It also includes ANSI H35.2 American National
Standard on Dimensional Tolerances for Aluminum
Mill Products.
Other standards fix the property requirements for
magnesium-ingot and magnesium-alloy castings,
including sheet, forgings, anodes, bars, rods, and
shapes; and measure indentation hardness, shear
testing, tension testing, and ultrasonic inspection.
Volume 02.03
Electrical Conductors
496 Pages; 85 Standards; Available May 2013
Volume 02.03 focuses on electrical conductors,
primarily aluminum, aluminum-alloy, aluminum-
covered steel, copper, copper-alloy, copper-covered
steel, and steel wire. Various specifications define
the required properties for stranded conductors and
wire. Others detail the properties of aluminum-clad,
copper-clad and core steel wire, as well as guys,
messengers, and span wires.
Volume 02.04
Nonferrous Metals—Nickel,
Titanium, Lead, Tin, Zinc,
Zirconium, Precious, Reactive,
Refractory Metals and Alloys;
Materials for Thermostats,
9
Standards 2013
Electrical Heating and
Resistance Contacts, and
Connectors
1,300 Pages; 261 Standards; Available June 2013
Over half of the standards featured are
specifications for nickel and nickel alloys which
cover castings, forgings, pipe, tube, plate, sheet,
strip, rod, bar, and wire. Also included are
specifications for zinc, recycled zinc, zinc alloys,
copper, gold, titanium, zirconium, and more.
Procedures for measuring such properties as
cross curvature and flexivity of thermostat
materials and resistance of electrical contacts to
atmospheric corrosion also appear in this volume.
Volume 02.05
Metallic and Inorganic Coatings;
Metal Powders and Metal Powder
Products
1,028 Pages; 196 Standards; Available May 2013
Under the heading of metallic and inorganic
coatings, specifications establish requirements for
electrodeposited coatings of cadmium, tin, and
mechanically-deposited zinc. This volume includes
tests for measuring the properties of anodically-
coated aluminum; determining coating thickness and
corrosion; and electroforming, electroplating, and
surface preparation.
Volume 02.05 features standards for metal
powders and metal powder products. It includes
test methods and specifications that deal
with base metal powders, cemented carbides,
refractory metal powders, density, flow rate,
hardness, and particulate size. This volume also
features standards for powder metallurgy (P/M)
and metal injection molded (MIM) structural parts.
Section 2
(Volumes 02.01—02.05)
4,750 Pages; 780 Standards
Section 2: Nonferrous Metal Products
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10. ASTMStandards
10 2 0 1 3 A S T M S T A N D A R D S C A T A L O G
Section 3: Metals Test Methods and Analytical Procedures
Volume 03.01
Metals—Mechanical Testing;
Elevated and Low-Temperature
Tests; Metallography
1,686 Pages; 131 Standards; Available July 2013
Volume 03.01 covers tests and practices that
outline the standard procedures needed to
perform mechanical testing. This includes machine
calibration, bend and flexure testing, compression,
ductility, formability, elastic properties, impact,
linear thermal expansion, shear, torsion, residual
stress, tension testing, structural films for MEMS,
and electronic applications.
Other standards cover fatigue and fracture
testing of materials, including crack tip opening
displacement (CTOD), fracture toughness
measurement, and linear elastic plane-strain
fracture toughness of metallic materials.
Also featured are metallography tests and
practices that define standard optical, electron,
and X-ray procedures for determining the
constituents and structure of metals and alloys.
Volume 03.02
Corrosion of Metals; Wear and
Erosion
1,008 Pages; 115 Standards; Available Aug. 2013
Tests, practices, and guides detail standard
procedures to measure atmospheric corrosion,
stress corrosion cracking, corrosion fatigue,
corrosion in natural waters and soil, and in-plant
corrosion. This volume includes a joint ASTM/
NACE terminology standard, as well as tests and
practices on how to assess wear and erosion of
materials and structures.
Volume 03.03
Nondestructive Testing
1,684 Pages; 200 Standards; Available Oct. 2013
Provides the latest standards on nondestructive
testing of engineering materials, structures, and
assemblies to detect flaws and characterize the
properties of materials.
NDT methods cover:
Reference Radiological Images—reference
radiograph standards, when accompanied by
ASTM’s standard radiograph plates, are used to
illustrate the type and degree of discontinuities
that may be found in castings and welds. Others
detail the procedures required for proper
radiographic examination.
Radiology (Neutron, X, and Gamma)—test
methods and practices cover topics such as
calibration and measurement of CT density,
radioscopic examination of weldments, and
quality control of industrial radiographic film
processing.
Digital Imaging—practices and guides cover
digital imaging and communication in
nondestructive evaluation (DICONDE), including
computerized transfer of digital radiological and
ultrasonic examination data.
Magnetic Particle and Liquid Penetrant
Examination—test methods, practices, and
reference photographs examine minimum
requirements and various techniques.
Acoustic Emission—standard procedures for
operating acoustic emission sensors and
monitoring structures.
Ultrasonic—practices for performing ultrasonic
examination of tubing, weldments, and other
materials.
Electromagnetic—procedures for electromagnetic
(eddy current) examination of ferrous and
nonferrous metals, and in particular, various
tubular products.
Leak Testing—practices and tests establish
procedures for leak testing of open and sealed units.
Other standards in this volume cover infrared
methods, nondestructive testing agencies, metals
sorting, and identification.
Volume 03.04
Magnetic Properties
344 Pages; 49 Standards; Available April 2013
Under the heading of magnetic properties
and materials, this volume contains standards
on property requirements and measurement
techniques for magnetic materials, primarily
electrical steel. It includes tests for determining
alternating current and direct current properties.
Volume 03.05
Analytical Chemistry for Metals,
Ores, and Related Materials:
E32—Latest
1,124 Pages; 132 Standards; Available Oct. 2013
Volume 03.05 includes procedures for obtaining
and reporting chemical analyses of ferrous and
nonferrous metals, metal-bearing ores, and
refractories. Standards also cover analytical
equipment, practices for conducting proficiency
tests, and reporting statistical test results.
Volume 03.06
Molecular Spectroscopy;
Surface Analysis
878 Pages; 94 Standards; Available Oct. 2013
This volume covers molecular spectroscopy and
includes standards pertaining to chromatography,
fiber optics and waveguides, infrared
spectroscopy, molecular luminescence, and ultra-
violet and visible spectroscopy.
It also includes procedures for surface analysis
and examines auger electron spectroscopy, X-ray
photoelectron spectroscopy, ion beam sputtering,
and secondary ion mass spectroscopy (SIMS).
Section 3
(Volumes 03.01—03.06)
6,724 Pages; 721 Standards
11. Section4:Construction
Note: Redlines on Demand can only be generated for standards with a publication date of 2000 or later.
11
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Section 4: Construction
Volume 04.01
Cement; Lime; Gypsum
796 Pages; 136 Standards, Available Sept. 2013
Volume 04.01 features specifications and test
methods that establish the property requirements
and measurement procedures for hydraulic
cements, including portland, natural, pozzolanic,
masonry, rapid hardening, and slag.
It includes standards that define the appropriate
qualities of lime and limestone and how to analyze
them for environmental and industrial uses.
The remaining standards address gypsum and
related building materials and systems, including
application procedures and related accessories,
including exterior insulation and finishing
systems (EIFS).
ASTM’s Manual of Cement Testing, a valuable
companion to these standards, also appears in
this volume.
Volume 04.02
Concrete and Aggregates
1,068 Pages; 178 Standards; Available Oct. 2013
This volume includes test methods, specifications,
and practices on concrete and concrete aggregates,
curing materials, grout, and expansion joint fillers.
These standards address abrasion testing, fluid
penetration, chemical admixtures and reactions,
concrete for radiation shielding, evaluation of data and
laboratories, petrography, self-consolidating concrete,
pervious concrete, and more.
It also includes the ASTM Manual of Aggregate and
Concrete Testing.
Volume 04.03
Road and Paving Materials;
Vehicle-Pavement Systems
1,734 Pages; 278 Standards; Available June 2013
Specifications, tests, and practices examine the
properties of various road and paving materials
and explain how to measure their characteristics.
They cover aggregates, bituminous mixtures, bridges,
and structures; as well as highway traffic materials,
such as retroreflective sheeting and pavement
markers.
It also includes standards on vehicle-pavement
systems, including field methods for measurement
of tire pavement friction, measurement and control
of roughness in construction and rehabilitation of
pavements, surface characteristics related to tire
pavement slip resistance, and tire characteristics.
Volume 04.04
Roofing and Waterproofing
808 Pages; 180 Standards; Available June 2013
Specifications, test methods, and practices focus
on roofing and waterproofing materials such as
asphalt roof coatings, single-ply membranes,
underlayments, roll, sheeting, and EPDM roofing
materials. Standards also cover bituminous
emulsions; felts and fabrics; nonbituminous
organic roof coverings; prepared roofings,
shingles, and siding materials; roofing membrane
systems; solvent-bearing bituminous compounds;
surfacing and bituminous materials for membrane
waterproofing; and more.
Volume 04.05
Chemical-Resistant Nonmetallic
Materials; Vitrified Clay Pipe;
Concrete Pipe; Fiber-Reinforced
Cement Products; Mortars
and Grouts; Masonry; Precast
Concrete
1,502 Pages; 279 Standards; Available June 2013
Under the heading of chemical-resistant nonmetallic
materials, this volume provides specifications, tests,
and practices for measuring the properties of mortars,
grouts, and monolithic surfacing.
Also included are standards on mortar and grout for
masonry construction and manufactured masonry
units. Volume 04.05 also features specifications for
concrete pipe, joints, manholes, vitrified clay pipe,
clay drain tile, fiber-cement products, and precast
concrete products.
Volume 04.06
Thermal Insulation; Building
and Environmental Acoustics
1,462 Pages; 192 Standards; Available Nov. 2013
Volume 04.06 features specifications that
establish the property requirements for various
types of insulation, including blanket, block,
board, loose fill, and pipe.
Standards on environmental acoustics address
community noise, acoustical materials and
systems, mechanical and electrical system noise,
open plan spaces, sound absorption, and sound
transmission.
Volume 04.07
Building Seals and Sealants;
Fire Standards; Dimension
Stone
1,630 Pages; 191 Standards; Available Nov. 2013
Specifications, tests, and practices detail the
property requirements for caulking and glazing
compounds; structural, emulsion, hot-applied,
and solvent-release sealants; lock-strip gaskets;
aerosol foam sealants; pipe gaskets; sealing
tapes; and other building sealants. Also featured
are standards on how to measure sealant
properties.
It includes test methods on the combustibility
and fire resistance of various materials, including
building construction materials, mattresses, and
upholstered furniture. Other standards cover
fire safety engineering and large-scale fire tests
under controlled conditions.
Volume 04.07 also includes standards on
dimension stone, including dimension stone
anchoring systems and selection of dimension
stone for use.
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12. ASTMStandards
Section 5:
Petroleum
Products,
Lubricants, and
Fossil Fuels
12 2 0 1 3 A S T M S T A N D A R D S C A T A L O G
Volume 04.08
Soil and Rock (I):
D420—D5876
1,828 Pages; 215 Standards
Available March 2013
Volume 04.09
Soil and Rock (II):
D5877—Latest
1,734 Pages; 181 Standards
Available April 2013
Volumes 04.08 and 04.09 feature
geotechnical and geoenvironmental
standards that cover soil testing. Topics
include compaction, sampling, field
investigation, soil texture, plasticity,
density characteristics, hydrological
properties, hydraulic barriers, and rock
for erosion control. Other standards
focus on ground water and vadose
zone investigations, and how to
measure the properties of soil-cement.
In addition, Volume 04.09 includes
standards on surface and subsurface
characterization, erosion and
sediment control technology, frozen
soils and rock, geotechnics of waste
management, and information retrieval
and data automation.
Volume 04.10
Wood
876 Pages; 93 Standards
Available July 2013
Test methods feature how to perform
chemical analysis of wood and how
to evaluate mechanical and physical
properties. Others detail structural
grading, wood paving blocks, and
modified wood.
Volume 04.11
Building Constructions
(I): E72—E2110
1,550 Pages; 164 Standards
Available Nov. 2013
Volume 04.12
Building Constructions
(II): E2112—Latest;
Sustainability;
Property Management
Systems; Technology
and Underground
Utilities
1,712 Pages; 161 Standards
Available Nov. 2013
Volumes 04.11 and 04.12 cover
standards for measuring the
performance of buildings, including:
air leakage and ventilation; building
economics; building preservation;
durability of building constructions;
structural performance; exterior
insulation and finish systems; lead
hazards; and roof systems, windows,
and doors.
Volume 04.12 includes standards on
sustainability, including the design,
construction, and operation of green
buildings and environmental life cycle
assessment.
It provides standards for designing
and implementing efficient and
cost-effective personal property and
equipment management systems.
These standards encompass the
entire life cycle of personal property
and establish the guiding principles
of property management, including
administrative control of property;
physical inventory; and the assessment
of loss, damage, and destruction. In
addition, the equipment management
maturity model provides an excellent
measure of the success and value of
a system.
Volume 04.12 also covers standards on
technology and underground utilities
that cover rehabilitation of sewers
using chemical grouting techniques,
seismic fragility of water conveyance
systems, deployment of optical fiber
systems in natural gas pipelines, and
water line rehabilitation.
Volume 04.13
Geosynthetics
736 Pages; 140 Standards
Available May 2013
Volume 04.13 focuses on the mechanical,
endurance, permeability, and filtration
properties of geosynthetics. Applications
such as roadway stabilization and repair,
erosion control, geomembranes, soil
drainage, and reinforcement, as well as
hydraulic barriers composed primarily
of man-made polymer sheets or spray
applied systems are included. Also
featured are standards on geosynthetic
clay liners.
Section 4
(Volumes 04.01—04.13)
17,436 Pages;
2,388 Standards
Volume 05.01
Petroleum Products and
Lubricants (I):
C1234—D3710
1,804 Pages; 252 Standards
Available Feb. 2013
Volume 05.02
Petroleum Products and
Lubricants (II):
D3711—D6122
1,802 Pages; 214 Standards
Available March 2013
Volume 05.03
Petroleum Products and
Lubricants (III):
D6138—D6971
1,652 Pages; 125 Standards
Available March 2013
Volume 05.04
Petroleum Products and
Lubricants (IV):
D6973—Latest
1,856 Pages; 165 Standards
Available March 2013
These 4 volumes provide over 750
standards that cover fuels, oils,
lubricants, and solvents. They address
alternative diesel fuels and diesel
fuel blend components, (including
biodiesel), ethanol, and ethanol
blends. They also feature standards
for evaluating the properties of
motor, diesel, automotive spark-
ignition engine fuel, ethanol, aviation
fuels, solvent hexane, and naphtha.
Standards cover distillate and residual
fuel oil, kerosine, and illuminating
oils, and set down procedures for
evaluating such properties as carbon
residue, viscosity, cloud point, density,
flash point, and sulfur content. Other
subjects include natural and liquefied
petroleum, pure light hydrocarbons,
crude petroleum, wax and petrolatum,
and hydraulic fluids.
Also includes standards for evaluating the
properties of film lubricants, lubricating
greases, lubricating oil, used oils, cutting
oils, turbine oils, and engine tests (octane
and cetane numbers).
13. Section6:Paints,RelatedCoatings,andAromatics
Section 6:
Paints, Related Coatings, and Aromatics
13
Volume 05.04 features new ASTM D7794, the first
standard to identify the protocols necessary to
blend mid-level ethanol fuels at the terminal
and retail level that equal the fuel quality and
performance expected from fuels meeting other
ASTM fuel specifications.
Volume 05.05
Combustion Characteristics;
Manufactured Carbon and
Graphite Products; Catalysts
670 Pages; 79 Standards; Available Feb. 2013
Volume 05.05 covers test methods to determine
the knocking or detonation characteristics of motor
and aviation fuels and the ignition characteristics of
diesel fuels. It includes tests that evaluate catalytic
materials, as well as standards for performing
chemical and physical tests on manufactured
carbon and graphite products.
Volume 05.06
Gaseous Fuels; Coal and Coke
886 Pages; 124 Standards; Available Sept. 2013
Print or CD: $210
Under the heading of gaseous fuels, this volume
provides tables and practices for sampling and
calculating thermophysical properties. In addition,
several tests define methods for analyzing the
properties of gaseous fuels. Other tests and
practices evaluate properties of coal and coke.
Section 5
(Volumes 05.01—05.06)
8,670 Pages; 959 Standards
Volume 06.01
Paint—Tests for Chemical,
Physical, and Optical
Properties; Appearance
1,524Pages; 260 Standards; Available Feb. 2013
This volume features the latest test methods
for the chemical analysis of paints and paint
materials, including determination of volatiles,
nonvolatiles, pigments, water content, and
other constituents. Other standards focus on
accelerated testing, physical properties of applied
paint films, such as film thickness and adherence,
physical strength, resistance to chemicals and
environmental factors, as well as the physical and
optical properties of liquid paints.
In addition, Volume 06.01 includes tests and
practices on color and appearance analysis,
color order systems, fluorescence, high visibility
materials for individual safety, image based color
measurement, photoluminescent safety markings,
retroreflective materials, spectrophometry and
colorimetry, and visual methods.
Volume 06.02
Paint—Products and
Applications; Protective
Coatings; Pipeline Coatings
1,312 Pages; 263 Standards; Available Feb. 2013
Volume 06.02 covers architectural finishes
and paint products, such as traffic coatings,
marine coatings, industrial protective coatings,
and masonry treatments. Standards examine
paint applications in factories, coil coal metal,
coatings on preformed products, printing inks,
artists’ paints, and paint application tools. Other
subject areas include the determination of
graffiti resistance and definitions for problems
that develop with printed matter as a result of
deficiencies in ink, substrate, or press.
Tests for applying and evaluating protective
coatings and linings in power generation
facilities, and standards on the durability of
pipeline coatings and linings also appear in this
volume.
Volume 06.03
Paint—Pigments, Drying Oils,
Polymers, Resins, Naval Stores,
Cellulosic Esters, and Ink
Vehicles
682 Pages; 141 Standards; Available March 2013
Volume 06.03 includes specifications and test
methods that establish property requirements for
various pigments, including white, black, bronze,
blue, and red; drying oils; resins; and polymers.
Other standards pertain to naval stores, primarily
rosins, cellulose and cellulose derivatives, and ink
vehicles, and hydrocarbon resins.
Volume 06.04
Paint—Solvents; Aromatic
Hydrocarbons
754 Pages; 164 Standards; Available March 2013
This volume features specifications that establish
the standard property requirements for various
solvents, including aromatic hydrocarbons,
alcohols, ketones, and esters. Accompanying
the specifications are tests that define standard
procedures for conducting physical and
chemical tests on solvents and for determining
solubility and miscibility. Others cover aromatic
hydrocarbons and related chemicals, excluding
those used as fuels or lubricants.
Section 6
(Volumes 06.01—06.04)
4,242 Pages; 828 Standards
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Section 7: Textiles
Section 8: Plastics
Volume 07.01
Textiles (I): D76—D4391
1,168 Pages; 180 Standards; Available Nov. 2013
Volume 07.02
Textiles (II): D4393—Latest
1,064 Pages; 153 Standards; Available Nov. 2013
Volumes 07.01 and 07.02 feature over 335 textile-
related standards covering the characteristics,
properties, nomenclature, and uses of textiles.
These tests, practices, and specifications cover:
• Apparel and fabric
• Care labeling
• Chemical conditioning and performance
• Cotton, yarn, fibers, wool, and felt
• Flammability and flame-resistance
• Glass fiber
• Home furnishings
• Inflatable restraints
• Non-woven fabric
• Pile floor coverings
• Subassemblies, such as zippers, hooks, and
loops
• Tire cord and fabrics
Volume 07.02 also contains standard body
measurement charts used for the sizing of
apparel for men, women, children, and infants;
standard guidelines for care labeling of apparel
and other textile products; standards for UV
protective fabrics and clothing; and a practice
for stitches and seams, which has replaced the
Federal standard for apparel end item stitch and
seam structures used worldwide by government
and industry textile organizations.
Sectoion 7
(Volumes 07.01—07.02)
2,232 Pages; 333 Standards
Volume 08.01
Plastics (I): D256—D3159
938 Pages; 133 Standards; Available June 2013
Volume 08.02
Plastics (II): D3222—D5083
904 Pages; 134 Standards; Available June 2013
Volume 08.03
Plastics (III): D5117—Latest;
Reinforced Plastic Piping
Systems and Chemical
Equipment; Plastic Building
Products
1,458 Pages; 212 Standards; Available July 2013
These 3 volumes feature over 475 plastics-related
standards, including test methods that establish
standard procedures for assessing physical,
mechanical, optical, permanence, and thermal
properties.
Volume 08.03 also covers:
Plastic Building Products—standards deal with
plastic siding products, glass-fiber-reinforced
polyester plastic panels, and PVC building products.
Reinforced Plastic Piping Systems and Chemical
Equipment—covers testing requirements for glass-
fiber-reinforced thermosetting resin pipes, fittings,
and joints; and establish chemical resistance of
thermosetting resins.
Volume 08.04
Plastic Piping Systems
1,660 Pages; 225 Standards; Available Jan. 2013
Specifications, practices, and test methods for
plastic piping systems deal with composites, DWV,
fittings, gas pipe, joining, land drainage, sewer
pipes, trenchless technology, vinyl-based pipe, and
irrigation systems.
Section 8
(Volumes 08.01—08.04)
4,960 Pages; 704 Standards
15. Section9:Rubber
Section 9: Rubber
15
Section 10:
Electrical Insulation and Electronics
Volume 09.01
Rubber, Natural and Synthetic—
General Test Methods; Carbon Black
1,298 Pages; 208 Standards; Available July 2013
Volume 09.02
Rubber Products, Industrial—
Specifications and Related Test
Methods; Gaskets; Tires
774 Pages; 123 Standards; Available Aug. 2013
Volume 09.01 contains tests and practices for evaluating
rubber, rubber-like materials, and carbon black. Some general
tests and practices fix standard procedures for performing
chemical analysis, assessing processability, physical properties,
aging and weathering effects, low temperature effects, and
adhesion. Others evaluate compounding materials, carbon
black, and synthetic rubbers, such as CR, IIR, IR, NBR, BR, and
SBR. This volume also details standards on natural rubber,
thermoplastic elastomers, and terminology.
Volume 09.02 features specifications, tests, and practices for
evaluating rubber surgical and examination gloves, automotive
and aeronautical rubber, packing, seals, gasket materials, hose
and belting, coated fabrics, latex foam, sponge, expanded
cellular rubber, and tires.
It also provides standards on gaskets used in transportation
applications, as well as standards related to commercial
nonmetallic gaskets, enveloped gaskets, and laminate
composite gasket materials (LCGM) for use with corrosion-
resistant process equipment.
Section 9
(Volumes 09.01—09.02)
2,072 Pages; 331 Standards
Volume 10.01
Electrical Insulation (I):
D69—D2484
622 Pages; 69 Standards; Available May 2013
Volume 10.02
Electrical Insulation (II):
D2518—Latest
700 Pages; 100 Standards; Available May 2013
Volumes 10.01 and 10.02 cover:
• Ceramic and mica products
• Composite and textile materials
• Flexible sheet, tape, and tubing
• Plates, rods, and molded materials
• Electric heating unit insulation and
electrical tests
• Hook-up and magnet wire insulation
• Insulating papers and film board
• Battery separator materials
• Insulated wire and cable
• Solid filling, treating, encapsulating, and
embedding compounds
Volume 10.03
Electrical Insulating Liquids
and Gases; Electrical
Protective Equipment
644 Pages; 101 Standards; Available May 2013
Volume 10.03 provides guides, practices,
specifications on electrical insulating
liquids and gases, as well as chemical,
physical, analytical,
and electrical test methods.
It also includes specifications
and tests on tools, equipment,
wearing apparel, and materials
used to protect workers from
electrical hazards.
Volume 10.04
Electronics; Declarable
Substances in Materials;
3D Imaging Systems;
Additive Manufacturing
Technologies
772 Pages; 120 Standards; Available April 2013
Volume 10.04 covers standards on
electronics, including:
• Innerlayer interconnections and bonding
• Materials and processes for vacuum tubes
• Electronic device characterization
• Hermetic seals
• Hybrid circuits and substrates
• Microelectronic packaging
• Leak testing
• And more
This volume also includes the latest
standards relating to:
• Declarable substances in materials
• 3D imaging systems
• Additive manufacturing technologies
Section 10
(Volumes 10.01—10.04)
2,738 Pages, 390 Standards
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16. ASTMStandards
16 2 0 1 3 A S T M S T A N D A R D S C A T A L O G
Section 11: Water and Environmental Technology
For LAN and WAN pricing, contact sales@astm.org or 1-877-909-ASTM
Volume 11.01
Water (I)
1,318 Pages; 202 Standards; Available April 2013
Volume 11.02
Water (II)
1,552 Pages; 200 Standards; Available May 2013
Volume 11.01 and 11.02 provide standard
procedures for assessing water. Topics cover:
• Reagent water
• Wastewater
• Fluvial sediment
• Water sampling and analysis
• General properties of water
• Inorganic constituents
• Methods of radiochemical analysis
• And much more!
Volume 11.03
Occupational Health and
Safety; Protective Clothing
692 Pages; 83 Standards; Available Oct. 2013
Volume 11.03 covers:
Occupational Health and Safety—standard
practices and guides look at the health and
safety aspects of various working environments.
Standards also cover hazard communications and
the safe handling of metal working fluids.
Protective Clothing—standards evaluate the
performance of biological, chemical, physical,
flame-resistant, and thermal protective clothing
Volume 11.04
Waste Management
960 Pages; 113 Standards; Available Sept. 2013
Tests, practices, and guides address medical waste,
municipal solid waste, sampling and monitoring,
physical and chemical characterization, site
remediation, treatment, recovery and reuse, and
processing equipment.
Volume 11.05
Pesticides, Antimicrobials, and
Alternative Control Agents;
Environmental Assessment;
Hazardous Substances and Oil
Spill Response
1,780 Pages; 193 Standards; Available Aug. 2013
Standards cover:
Environmental Assessment, Risk Management,
and Corrective Action—includes the ASTM Phase I
Environmental Site Assessment (ESA) standard and
the new Phase II ESA standard (E1903-11). Other
standards address corrective action, environmental
risk management, pollution prevention, real
estate assessment and management, Brownfield
redevelopment, property condition assessments
(PCAs), mold baseline survey process, asbestos
screens, use of activity and use limitations (AULs),
and screening for vapor encroachment. It also
covers financial disclosures and risks attributed to
climate change assessment.
Pesticides, Antimicrobials, and Alternative Control
Agents—standards cover health hazards and
effectiveness of antimicrobial agents, insect control
agents, pesticide formulation and delivery systems,
and natural multi-cellular biological control organisms.
Hazardous Substances and Oil Spill Response—
standards assess spill response devices, sorbent
performance, in-situ burning, removal, shoreline
countermeasures, and ecological considerations
when using chemical dispersants.
Note: All standards under the jurisdiction
of Subcommittees E48.02 and E48.03,
formerly appearing in Volume 11.06, have
been moved to Volume 14.02. See page 34
Volume 11.06
Biological Effects and
Environmental Fate;
Biotechnology
1,516 Pages; 103 Standards; Available Aug. 2013
Topics cover:
Biological Effects and Environmental Fate—features
standards on aquatic, sediment, and terrestrial
assessments and toxicology; environmental fate
of chemical substances; and risk assessment,
communication, and management.
Biotechnology—test methods, guides, and practices
address biomass conversion, sustainability of
biomass energy sources, and the impact on the
environment.
Volume 11.07
Air Quality
1,610 Pages; 163 Standards; Available Oct. 2013
Volume 11.07 provides standardized methods,
practices, guides, and terminology pertaining
to air quality in outdoor, indoor, and workplace
environments. Analytes include inorganic
compounds (e.g., lead, mercury, beryllium,
various sulfur and nitrogen compounds), organic
compounds (e.g., formaldehyde, volatile organic
compounds, pesticides, and PAH), and other
damaging agents. Also included are standards
for measuring and analyzing meteorological
parameters.
Sectoion 11
(Volumes 11.01—11.07)
9,428 Pages; 1,057 Standards
17. 17
Section 12:
Nuclear, Solar, and
Geothermal Energy
Section12:Nuclear,Solar,andGeothermalEnergy
Section 13: Medical Devices and Services
Volume 12.01
Nuclear Energy (I)
1,454 Pages; 179 Standards; Available Aug. 2013
Volume 12.02
Nuclear (II), Solar, and Geothermal
Energy; Radiation Processing
1,376 Pages; 155 Standards; Available Sept. 2013
These two volumes feature over 330 standards.
Volume 12.01 focuses on materials for nuclear
reactor applications and covers:
Fuel and Fertile Materials—property requirements
for fuel and other related subjects.
Nuclear Grade Materials—standard procedures for
chemical, mass spectrometric, spectrochemical,
nuclear, and radiochemical analysis of these
materials.
Volume 12.02 covers:
Nuclear Technology and Applications—standards
address behavior and use of nuclear structural
materials, nuclear radiation metrology, and
decontamination and decommissioning of nuclear
facilities and components.
Radiation Processing—covers radiation processing
for dosimetry systems, food irradiation, and
sterilization for medical devices and packaging.
Solar Energy—covers solar heating and
cooling systems, measuring spectral response
of photovoltaic cells or transmittance, and
reflectance of sheet materials.
Geothermal Energy—examines geothermal field
development, materials, and utilization.
Section 12
(Volumes 12.01—12.02)
2,830 Pages; 334 Standards
Volume 14.01
Healthcare Informatics
770 Pages; 33 Standards; Available June 2013
Volume 14.01 includes specifications and guides that address the Continuity of Care Record (CCR),
transcription, documentation, transfer, management, security, and privacy of health information and
the content of electronic health records. Other standards cover controlled health vocabularies for
healthcare informatics and eXtensible Markup Language (XML) Document Type Definitions (DTD).
Section 14: General Methods and
Instrumentation
Volume 13.01
Medical and Surgical Materials and Devices (I):
E667— F2477
1,360 Pages; 226 Standards; Available Sept. 2013
Volume 13.02
Medical and Surgical Materials and Devices (II): F2502-
Latest; Emergency Medical Services; Search and Rescue;
Anesthetic and Respiratory Equipment
1,282 Pages; 156 Standards; Available Sept. 2013
Volumes 13.01 and 13.02 include 380 standards on medical and surgical materials and devices.
They cover metals, polymers, and ceramics for implants, prostheses, and surgical devices;
silicone elastomers, gels, and foams in medical applications; and tissue engineered medical
products. Each standard typically covers manufacture, chemical requirements, mechanical
requirements, special tests, and certification.
Topics in Volume 13.02 also include:
Emergency Medical Services—covers emergency medical dispatch, ambulances, fixed wing
basic and specialized units, and basic training for emergency medical technicians.
Search and Rescue—addresses search, rescue, and recovery operations, including the testing
and maintenance of equipment, management and operations, and personnel training.
Anesthetic and Respiratory Equipment—specifications cover anesthesia machines and
monitors, laryngoscopes, bronchoscopes, ventilators, and associated equipment.
Section 13
(Volumes 13.01—13.02)
2,642 Pages; 382 Standards
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18. ASTMStandards
18 2 0 1 3 A S T M S T A N D A R D S C A T A L O G
Section 15: General
Products, Chemical
Specialties, and End
Use Products
Volume 14.02
General Test Methods; Forensic Psychophysiology; Forensic
Sciences; Conformity Assessment; Statistical Methods;
Nanotechnology; Forensic Engineering; Manufacture of
Pharmaceutical Products
1,816 Pages; 258 Standards; Available July 2013
Over 250 standards cover:
Forensic Psychophysiology—guides and practices address polygraph training and recommended practices
for the design, conduct, and interpretation of psychophysiological detection of deception examinations.
Forensic Sciences—the majority of standards in this section deal with criminalistics and questioned
documents, including forensic analysis, examination of physical evidence, documenting, labeling,
storing, and retrieving evidence.
Conformity Assessment—criteria for the evaluation of testing laboratories and proficiency testing by
interlaboratory comparisons.
Hazard Potential of Chemicals—covers flash point, thermal stability and instability, explosibility, and
autoignition temperatures of chemicals.
Particle and Spray Characterization—standards cover sieving and nonsieving methods and screening media.
Quality and Statistics—practices and guides evaluate statistical methods, sampling and data
analysis, and quality statements.
Thermal Measurements—practices and test methods cover thermal analysis and thermophysical properties.
Nanotechnology—standards cover terminology, environmental and occupational health and safety, and
characterization, including physical, chemical, and toxicological properties.
Forensic Engineering—addresses the scientific, engineering, ethical, and legal considerations inherent in
forensic engineering investigations, reporting, and testimony.
Manufacture of Pharmaceutical Products—covers the application of process analytical technology
(PAT) within the pharmaceutical industry, highlighting PAT system management, implementation,
and practices. New to this edition are standards on hazardous biological materials, characterization
and identification of biological systems, and unit processes and validation.
Volume 14.03
Temperature Measurement
730 Pages; 42 Standards; Available July 2013
Specifications, guides, and test methods cover liquid-in-glass, thermometers and hydrometers,
thermocouples, medical thermometry, radiation thermometry, and resistance thermometers.
Volume 14.04
Laboratory Apparatus; Degradation of Materials;
SI; Oxygen Fire Safety
934 Pages; 132 Standards; Available July 2013
Standards cover:
Laboratory Apparatus—specifications for sampling and testing of laboratory glassware, calibration
of laboratory apparatus, weighing devices, and much more.
Degradation of Materials—standards that evaluate outdoor and laboratory accelerated weathering
tests and cover biological deterioration, joint weathering projects, natural and environmental
exposure tests, and service life prediction.
SI—the Unified American National Standard IEEE/ASTM SI-10 Standard for the Use of the International
System of Units (SI): The Modern Metric System.
Oxygen Fire Safety—standards for controlling hazards and risks in oxygen systems.
Section 14
(Volumes 14.01—14.04)
4,250 Pages; 465 Standards
Volume 15.01
Refractories; Activated Carbon;
Advanced Ceramics
1,104 Pages; 146 Standards; Available March 2013
Refractories—standards establish procedures for evaluating
chemical behaviors, thermal properties, strength,
monolithics, and refractories for glass.
Activated Carbon—specifications and test methods evaluate
the properties of activated carbon, including gas phase
evaluation tests and liquid phase evaluation.
Advanced Ceramics—standards cover thermal systems
including heat engines, heat exchangers, armor, fuel cells,
sensors/actuators, electronics, coatings, and catalyst
substrates. Most feature tests in the areas of mechanical
properties, physical properties, performance, and ceramic
composites.
Volume 15.02
Glass; Ceramic Whitewares
618 Pages; 121 Standards; Available April 2013
This volume features specifications for assessing the
physical and chemical properties of glass and glass
products. Other standards establish procedures for
measuring such properties as abrasion resistance, hardness,
particle size, and strength of ceramic whiteware materials.
Volume 15.03
Space Simulation; Aerospace and
Aircraft; Composite Materials
1,468 Pages; 187 Standards; Available Oct. 2013
These standards cover:
Space Simulation—specifications and practices cover
contamination of cleanrooms and controlled environments,
space simulation, and thermal protection.
Aerospace and Aircraft—standards deal with cleaning
materials, flammability, contamination, hydrogen
embrittlement, transparent enclosures, and materials.
Composite Materials—test methods assess properties of
high modulus fibers, interlaminar properties, laminates,
sandwich construction, and structural methods.
19. Section15:GeneralProducts,ChemicalSpecialties,andEndUseProducts
19
Volume 15.04
Soaps and Other Detergents; Polishes; Leather;
Resilient Floor Coverings
970 Pages; 261 Standards; Available Sept. 2013
Volume 15.04 includes the latest standards for:
Soaps and Other Detergents—establishes the chemical requirements for assorted
soaps, alkaline detergents, and synthetic detergents.
Polishes—standards evaluate properties such as acid number, black marking
resistance, saponification number of waxes, powdering, and soil resistance.
Leather—standards address tear strength, bursting strength, tensile strength, and
water absorption and resistance.
Resilient Floor Coverings—specifications and test methods for floor preparation,
installation, and measuring the properties of floor coverings.
Volume 15.05
Engine Coolants; Halogenated Organic Solvents and
Fire Extinguishing Agents; Industrial and Specialty
Chemicals
970 Pages; 261 Standards; Available Aug. 2013
This volume features the latest standards on:
Engine Coolants—standards cover the chemical and physical properties of engine
coolants, dynamometer and road tests, glassware performance tests, and heavy-
duty coolants. This section also includes specifications on glycol base engine
coolants, recycled engine coolants, reference test materials, and simulated service
tests.
Halogenated Organic Solvents and Fire Extinguishing Agents—standards cover
virgin and reclaimed halogenated solvents and substitutes for ozone depleting
chemicals, as well as the handling, transportation, and storage of compressed
gases.
Industrial and Specialty Chemicals—test methods focus on the analysis and
testing of single elements, compounds, or simple mixtures in various stages of
purity for consumption, primarily by the chemical industry.
Volume 15.06
Adhesives
684 Pages; 134 Standards; Available Aug. 2013
These standards concentrate on the adhesive material classification system,
adhesives for plastics and construction, hot melt pressure sensitive adhesives,
metal bonding adhesives, wood adhesives, and the working properties and
durability of adhesives.
Volume 15.07
Sports Equipment and Facilities; Pedestrian/
Walkway Safety and Footwear; Amusement
Rides and Devices; Snow Skiing
1,164 Pages; 210 Standards; Available Nov. 2013
Volume 15.07 covers:
Sports Equipment and Facilities—standards cover headgear and helmets, eye protectors,
paintball, and playground surfacing. These include baseball helmet and bicycle helmet
tests not found in ANSI or SNELL standards.
Pedestrian/Walkway Safety and Footwear—tests, practices, and guides
measure slip resistance of footwear on various walking surfaces.
Amusement Rides and Devices—guides and practices on the design,
manufacture, inspection, and maintenance of amusement rides and devices.
Snow Skiing—these standards play a preeminent role in all aspects of
the snow skiing industry. They cover binding test procedures, Alpine skis,
snowboarding, and retail and rental shop procedures.
Volume 15.08
Sensory Evaluation; Vacuum Cleaners; Security
Systems and Equipment; Detention and
Correctional Facilities; Homeland Security
Applications
1,324 Pages; 137 Standards; Available Nov. 2013
This volume highlights:
Homeland Security Applications—standards address CBRNE sensors and
detectors, emergency preparedness, training procedures, decontamination,
personal protective equipment, building and infrastructure protection,
security controls, operational equipment, and terminology.
Sensory Evaluation—tests and guides establish standard procedures for
controlling and evaluating the characteristics of products, including food,
beverages, personal care products, and household items. Standards also
cover general sensory applications and sensory theory and statistics.
Vacuum Cleaners—tests evaluate filtration efficiency, air performance
characteristics, cleanability, durability, and reliability.
Security Systems and Equipment—standards focus on protective design
of buildings, including blast and forced entry resistant glazing, blast
resistant doors, vehicle crash testing of perimeter barriers, and boat
barrier perimeters. Test methods and practices also cover controlled access
security screening equipment, as well as locking devices.
Detention and Correctional Facilities—covers security control systems and
detention hardware, including hinges and locks, furnishings, and physical
barriers, including swinging door assemblies and chain link barrier systems.
Volume 15.09
Paper; Business Imaging Products
468 Pages; 99 Standards; Available June 2013
Volume 15.09 covers:
Paper—specifications establish standard property requirements for paper
and paper products. Also includes tests for measuring bursting strength,
folding endurance, moisture content, and tear resistance of paperboard and
packaging material.
Business Imaging Products—test methods and practices cover carbonless,
thermal, electrostatic, ink jet, and inked transfer imaging products.
www.StandardsandMore.com | Email: Sylvia.Schoop-Gruber@standardsandmore.com | Fon: +49 89 2 55 44 82-0 | Fax: +49 89 255 44 82-22
20. ASTMStandards
Volume 00.01
SUBJECT INDEX; ALPHANUMERIC LIST
1,714 Pages; Available Nov. 2013
The index is an essential tool to help you find the standards you need.
It contains a subject index and an alphanumeric list of all 13,000+
standards in the 2013 Annual Book of ASTM Standards.
20 2 0 1 3 A S T M S T A N D A R D S C A T A L O G
Section 00: Subject Index;
Alphanumeric List
Volume 15.10
Packaging; Flexible Barrier Packaging
1,212 Pages; 202 Standards; Available June 2013
Includes over 200 standards on:
Packaging—child resistant packaging and closure systems; consumer,
pharmaceutical, and medical packaging; fragility assessment; tape and
labels; instrumentation; interior packaging; intermodal and unimodal cargo
loading; shipping containers; and more.
Flexible Barrier Packaging—food, consumer, and medical device packaging.
Volume 15.11
Consumer Products; Light Sport Aircraft;
Unmanned Aircraft Systems; Normal and Utility
Category Airplane Electrical Wiring Systems;
Unmanned Maritime Vehicle Systems (UMVS);
Language Services and Products
1,478 Pages; 158 Standards; Available Nov. 2013
These standards address:
Consumer Products—consumer safety specifications, guides, and performance
requirements cover products such as public and home playground equipment,
juvenile products, toys, furniture, candles, and pool safety.
Light Sport Aircraft—design, performance, quality acceptance tests, and safety
monitoring for light sport aircraft (LSA) and their components. LSA include
airplanes, sailplane, weight shift control, lighter-than-air, gyroplane, and powered
parachutes. Also provides documentation in the form of checklists and audit
guidance for compliance with the standards and regulations.
Unmanned Aircraft Systems—deals with airframe design and performance,
operational and software issues, and pilot/crew qualification for small and
large UAS. Also covers sense and avoid system performance guidance.
Normal and Utility Category Airplane Electrical Wiring Systems—
inspection, maintenance, repair, and alteration of electrical wiring systems
in general aviation aircraft.
Unmanned Maritime Vehicle Systems (UMVS)—issues related to UMVS
to facilitate an interoperable, modular, and multi-functional family of
platforms.
Language Services and Products—language interpreting, foreign language
instruction, language translation, and language testing.
Volume 15.12
Livestock, Meat, and Poultry Evaluation
Systems; Food Service Equipment
838 Pages; 95 Standards; Available Nov. 2013
Volume 15.12 includes standards on:
Livestock, Meat, and Poultry Evaluation Systems—equipment design,
measurement, device performance, user requirements, and predictive accuracy
for electronic devices that evaluate composition or quality constituents of
livestock, meat, and poultry.
Food Service Equipment—requirements for commercial and institutional
food service equipment, including cooking and warming, energy protocol,
cleaning, and sanitation.
Section 15
(Volumes 15.01—15.12)
12,186 Pages; 1,923 Standards
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