The document summarizes ASME Section VIII Division 1 code requirements for material identification, repair of material defects, Charpy impact testing of production test coupons, weld joint categories, radiographic and ultrasonic examination, welding requirements, and acceptance standards for non-destructive examination. Key points include requirements for original material markings, testing procedures that vary based on joint category and position, examination types based on joint size and material thickness, welder identification, pre-welding surface preparation, and imperfection acceptance criteria.
The document outlines the five step process to qualify a welding procedure according to ASME Section IX. It provides details on developing a draft procedure using 0.75" A36 steel plate welded in the flat position using GTAW and GMAW. Variables such as joint design, base metal and thickness, filler metal type and size, welding position, and electrical parameters are documented. The qualification weld was tested to verify it results in an acceptable weld with proper mechanical properties before the welding procedure specification can be used in construction.
The document provides recommendations for recertifying well control equipment used on the Norwegian Continental Shelf. It describes developing acceptance criteria based on original design specifications and standards. A recertification process for used equipment includes reviewing documentation, inspecting components, non-destructive testing, repair if needed, reassembly, testing, recoating, and issuing a recertification compliance certificate. Critical areas receive special focus during inspection and repair to ensure safety and integrity are maintained.
This document provides a brief review of commissioning and start-up activities. If you are not familiar with commissioning activities and find yourself in a situation where you need to provide some input on commissioning costs, this document will give you the basic understanding.
This document provides concise summaries of key terms and concepts for a QC welding inspector interview. It defines common quality control terms like QA, QC, QAP, ITP, and explains the differences between them. It also summarizes welding concepts such as the four main welding types, the purpose of welding procedures like WPS and PQR, essential versus non-essential variables, and what organizations like ASME and AWS stand for.
The document discusses weld defect acceptance criteria according to different codes such as ASTM B31.1, ASME VIII, ASME B31.3, and AWS D1.1. It provides details on acceptance limits for various weld defects depending on the examination method, material thickness, loading conditions, and material application. Defects discussed include cracks, lack of fusion, incomplete penetration, undercuts, porosity, and reinforcement. Acceptance criteria include maximum defect sizes, numbers of defects allowed, cumulative lengths of defects, and distances between defects.
The document summarizes ASME Section VIII Division 1 code requirements for material identification, repair of material defects, Charpy impact testing of production test coupons, weld joint categories, radiographic and ultrasonic examination, welding requirements, and acceptance standards for non-destructive examination. Key points include requirements for original material markings, testing procedures that vary based on joint category and position, examination types based on joint size and material thickness, welder identification, pre-welding surface preparation, and imperfection acceptance criteria.
The document outlines the five step process to qualify a welding procedure according to ASME Section IX. It provides details on developing a draft procedure using 0.75" A36 steel plate welded in the flat position using GTAW and GMAW. Variables such as joint design, base metal and thickness, filler metal type and size, welding position, and electrical parameters are documented. The qualification weld was tested to verify it results in an acceptable weld with proper mechanical properties before the welding procedure specification can be used in construction.
The document provides recommendations for recertifying well control equipment used on the Norwegian Continental Shelf. It describes developing acceptance criteria based on original design specifications and standards. A recertification process for used equipment includes reviewing documentation, inspecting components, non-destructive testing, repair if needed, reassembly, testing, recoating, and issuing a recertification compliance certificate. Critical areas receive special focus during inspection and repair to ensure safety and integrity are maintained.
This document provides a brief review of commissioning and start-up activities. If you are not familiar with commissioning activities and find yourself in a situation where you need to provide some input on commissioning costs, this document will give you the basic understanding.
This document provides concise summaries of key terms and concepts for a QC welding inspector interview. It defines common quality control terms like QA, QC, QAP, ITP, and explains the differences between them. It also summarizes welding concepts such as the four main welding types, the purpose of welding procedures like WPS and PQR, essential versus non-essential variables, and what organizations like ASME and AWS stand for.
The document discusses weld defect acceptance criteria according to different codes such as ASTM B31.1, ASME VIII, ASME B31.3, and AWS D1.1. It provides details on acceptance limits for various weld defects depending on the examination method, material thickness, loading conditions, and material application. Defects discussed include cracks, lack of fusion, incomplete penetration, undercuts, porosity, and reinforcement. Acceptance criteria include maximum defect sizes, numbers of defects allowed, cumulative lengths of defects, and distances between defects.
Documents Governing Welding Inspection and QualificationRandall Stremmel
This document discusses various types of documents that govern welding inspection and qualification, including purchase orders, codes, standards, specifications, drawings, and recommended practices. It provides examples of the information contained in fabrication drawings, welding codes and standards, material specifications, and discusses the requirements for procedure and welder qualification. Key points covered include essential welding variables, position and thickness limitations, and the difference between qualifying a welder versus certifying their qualifications.
This document discusses non-destructive testing (NDT) methods. It begins by defining NDT as techniques used to evaluate materials without causing damage. It then lists common NDT types like visual inspection, liquid penetrant, ultrasonic, and radiographic testing. For each type, it provides a brief overview of the principles and applications. The document focuses on liquid penetrant testing, describing the procedure and noting it is useful for inspecting parts like aircraft wheels and automotive pistons. It also discusses advantages of NDT like avoiding failures and ensuring safety. In conclusion, it states that NDT can save costs for facilities that implement its methods properly.
The document is an inspection report of an electrical transfer pump. It summarizes:
1) An inspection was conducted of the pump which included document verification, functional testing at low and high pressures, and verification of calibration certificates.
2) The inspection found the pump to be in good working order, but the bourdon pressure gauge serial number was not marked and needed replacing to meet requirements.
3) Non-conformances were identified regarding certification and testing of the lifting skid and accessories that support the pump. Corrective actions were recommended to address these issues.
The document provides a hydro test procedure for newly constructed pipeline as part of the Berri Development Onshore Flowlines & Tie Ins Project in Saudi Arabia. It outlines responsibilities for the hydro test, describes test preparation including submittals required, testing components, and safety precautions. The procedure specifies filling the system with water, applying and maintaining test pressure, inspecting for leaks, and draining/drying upon completion.
This document discusses various types of weld inspection and testing methods, including:
- Destructive tests like bend tests, tensile tests, and notch-toughness tests that involve breaking samples to evaluate weld strength and integrity.
- Nondestructive tests like visual inspections, hardness tests, pressure tests, and corrosion tests that examine weld properties without damaging the sample.
- Specific tests are used to qualify welders and procedures or inspect production parts by examining factors like weld strength, microstructure, and corrosion resistance. The results of tests are compared to specifications.
The document discusses the rules for impact testing determination in the ASME Section VIII, Division 1 code. It provides an overview of impact testing principles and exemptions. Key points include:
- Impact testing determines a material's ability to resist brittle failure under stress. Characteristics like thickness, temperature, and material composition affect this.
- Code rules specify when impact testing is required or exempted based on these characteristics. Exemptions may be provided directly in code paragraphs or figures.
- Section UG-84 provides the procedures for performing charpy v-notch impact testing to evaluate ductility. Specimen size, location, and acceptance values must meet these rules.
L&T Valves - Role of NDT in Valve IndustriesBabu Kuriakose
The document discusses the role of non-destructive testing (NDT) in valve industries. It provides an overview of L&T Valves Limited, including its facilities, certifications, and customers. It then discusses LTVL's NDT journey, current NDT practices, challenges, and improvements made. Specific topics covered include personnel qualifications, NDT processes, validation, customer demands vs LTVL practices, case studies of NDT failures, and interpretations of ASME standards taken up by LTVL.
The document discusses the results of a study on the impact of COVID-19 lockdowns on air pollution. Researchers analyzed data from dozens of countries and found that lockdowns led to an average decline of nearly 30% in nitrogen dioxide levels over cities. However, they also observed that this improvement was temporary and air pollution rebounded once lockdown restrictions began lifting. Overall, the study highlights how human activities are a major driver of air pollution but also that systemic changes are needed for long-term air quality improvements.
This presentation was prepared for the Joint Conference of NY's Independent Oil & Gas Association (IOGA) and the Ontario Petroleum Institute (OPI). The conference was held on October 23 - October 25, 2012 in Niagara Falls.
This document provides generalized guidelines for structural steel welding inspection as per the AWS D1.1 Structural Welding Code for Steel. It covers standard terms, the scope of the code, limitations on its use, design of welded connections, weld joint configurations, prequalification of welding procedures, qualification requirements, fabrication, inspection, and non-destructive testing requirements. Key areas addressed include complete and partial joint penetration welds, fillet welds, prequalification criteria for common welding processes and materials, visual inspection acceptance standards, and additional non-destructive testing as required.
The document provides information for a piping inspector, including:
1. The duties of a piping inspector are to ensure piping activities such as material receiving, fabrication, erection, testing, and re-instatement comply with Saudi Aramco specifications and procedures.
2. Inspection is to be carried out according to Schedule Q, Saudi Aramco standards and specifications, and approved procedures and ITPs.
3. Piping construction drawings include plans, arrangements, supports, details, hook-ups, schedules, P&IDs, and isometrics.
The document discusses ultrasonic testing (UT), which uses high frequency sound waves to detect surface and internal flaws in materials. It describes the basic principles of UT, including how sound waves propagate through materials and are reflected by discontinuities. The document outlines various UT techniques, such as pulse-echo, through transmission, angle beam, and immersion testing. It also covers concepts related to sound waves like velocity, frequency, attenuation, and the different modes of wave propagation.
This document summarizes ASME Section VIII Division 2 requirements for welding and non-destructive testing of welds. It outlines weld categories, fabrication requirements including repair of defects, welding identification markings, and acceptance standards for radiographic, penetrant, and ultrasonic testing of welds. Impact testing of welds is also addressed including testing of vessel test plates to qualify welding procedures for different weld categories.
This hydro-test report summarizes the pressure testing of a 4" diameter and 158m long gas pipeline. Key details include:
- Water will be used to fill, flush, and pressure test the pipeline at 147 bar, which is 150% of the design pressure of 98 bar.
- Calculations are provided to determine the volume of water needed, expected back pressures, and pump requirements. Factors like elevation changes, pipe dimensions, and friction losses are accounted for.
- Test equipment will be calibrated and certified. Instruments will monitor and record pressure and temperature during the test.
- The pipeline will be isolated and prepared, then filled and pressure tested. Any leaks will be repaired before re-
This document provides an overview of non-destructive testing (NDT) methods, focusing on visual inspection. It defines visual inspection as the oldest and most basic NDT method, using only the naked eye to look for flaws. The document distinguishes between unaided visual inspection, using only the eye, and aided visual inspection, which employs optical or mechanical instruments like borescopes, microscopes, calipers and feeler gauges to enhance inspection capabilities. It provides examples of different optical and mechanical aids used to conduct aided visual inspections.
This document provides an overview of piping materials and selection guidelines. It defines key piping terms like pipe and tubing. It describes various types of pipes based on the manufacturing method, such as electric resistance welded pipe, furnace butt welded pipe, seamless pipes, and more. The document outlines factors to consider for material selection like design life, temperature, pressure, corrosion allowance, service conditions, and economics. It provides specific guidelines for material selection for high temperature exposures above 232°C and ambient/intermediate temperatures from 0°C to 232°C. The focus is on selecting materials that will be resistant to various deterioration modes over the design life of the piping system.
Brief introduction into some of the changes and updates to both the ISO 6892-1 and ASTM E8/8M tensile testing standards for metals and ambient temperature, importantly strain control.
For more information please visit www.instron.com
This document summarizes the hot rolling and cold rolling processes used in mechanical engineering. It defines key terms like ingot, bloom, slab, and billet. It describes the main steps in hot rolling like heating, rough rolling, and finishing rolling. Advantages of hot rolling include reduced energy usage and improved material properties. Disadvantages are non-metallic inclusions and residual stresses. Cold rolling provides better dimensional control and surface finish but requires more force. Common applications of each process are also outlined.
T4S - Technical Standard and Specifications including Safety StandardsAbhishek Padiyar
T4S or Technical Standard and Specifications Including Safety Standards -2008
This presentation through the light on the rules and standard to be followed for the designing, installation, testing and commissioning of City Gas Distribution (CGD) network with Gas supply source as LNG Storage and Re-gasification plant and the distribution network made up by the use of MDPE pipelines, as per the technical and safety guidelines given by PNGRB in T4S 2008.
This document provides an overview of nondestructive testing (NDT) techniques. It defines NDT as inspecting materials or components without affecting their properties. Common NDT methods include visual inspection, liquid penetrant, magnetic particle, ultrasonic testing, eddy current, and radiography. The document discusses why NDT is important by noting that it allows inspection without causing interruptions that could lead to human error. It also stresses that NDT should be performed by a qualified and certified inspector.
This document provides an overview of ZX factory facilities, products, certifications, and sales footprint. It discusses the size and capacity of ZX and DP manufacturing factories. It also describes ZX and DP's engineering abilities, quality control processes, and system management departments. The document highlights ZX's history and introduces their product lines including adjustable shocks and struts, electronic remote control systems, gas-filled shock absorbers, steering dampers, twin tube shocks, strut modules, cartridges, and adjustable suspension shock absorbers. It also lists the certificates ZX has obtained and their sales footprint in over 35 countries.
The document provides information about the ring gear production process at MPT Amtek Automotive Ltd. It describes the company's background and achievements. It then outlines the various manufacturing stages involved in producing ring gears, including bending, slitting, flash butt welding and trimming, normalizing, cold sizing, CNC machining, hobbing, chamfering, punching, washing, induction hardening, and tempering. Quality checks are conducted after key stages to ensure dimensional and geometric specifications are met.
Documents Governing Welding Inspection and QualificationRandall Stremmel
This document discusses various types of documents that govern welding inspection and qualification, including purchase orders, codes, standards, specifications, drawings, and recommended practices. It provides examples of the information contained in fabrication drawings, welding codes and standards, material specifications, and discusses the requirements for procedure and welder qualification. Key points covered include essential welding variables, position and thickness limitations, and the difference between qualifying a welder versus certifying their qualifications.
This document discusses non-destructive testing (NDT) methods. It begins by defining NDT as techniques used to evaluate materials without causing damage. It then lists common NDT types like visual inspection, liquid penetrant, ultrasonic, and radiographic testing. For each type, it provides a brief overview of the principles and applications. The document focuses on liquid penetrant testing, describing the procedure and noting it is useful for inspecting parts like aircraft wheels and automotive pistons. It also discusses advantages of NDT like avoiding failures and ensuring safety. In conclusion, it states that NDT can save costs for facilities that implement its methods properly.
The document is an inspection report of an electrical transfer pump. It summarizes:
1) An inspection was conducted of the pump which included document verification, functional testing at low and high pressures, and verification of calibration certificates.
2) The inspection found the pump to be in good working order, but the bourdon pressure gauge serial number was not marked and needed replacing to meet requirements.
3) Non-conformances were identified regarding certification and testing of the lifting skid and accessories that support the pump. Corrective actions were recommended to address these issues.
The document provides a hydro test procedure for newly constructed pipeline as part of the Berri Development Onshore Flowlines & Tie Ins Project in Saudi Arabia. It outlines responsibilities for the hydro test, describes test preparation including submittals required, testing components, and safety precautions. The procedure specifies filling the system with water, applying and maintaining test pressure, inspecting for leaks, and draining/drying upon completion.
This document discusses various types of weld inspection and testing methods, including:
- Destructive tests like bend tests, tensile tests, and notch-toughness tests that involve breaking samples to evaluate weld strength and integrity.
- Nondestructive tests like visual inspections, hardness tests, pressure tests, and corrosion tests that examine weld properties without damaging the sample.
- Specific tests are used to qualify welders and procedures or inspect production parts by examining factors like weld strength, microstructure, and corrosion resistance. The results of tests are compared to specifications.
The document discusses the rules for impact testing determination in the ASME Section VIII, Division 1 code. It provides an overview of impact testing principles and exemptions. Key points include:
- Impact testing determines a material's ability to resist brittle failure under stress. Characteristics like thickness, temperature, and material composition affect this.
- Code rules specify when impact testing is required or exempted based on these characteristics. Exemptions may be provided directly in code paragraphs or figures.
- Section UG-84 provides the procedures for performing charpy v-notch impact testing to evaluate ductility. Specimen size, location, and acceptance values must meet these rules.
L&T Valves - Role of NDT in Valve IndustriesBabu Kuriakose
The document discusses the role of non-destructive testing (NDT) in valve industries. It provides an overview of L&T Valves Limited, including its facilities, certifications, and customers. It then discusses LTVL's NDT journey, current NDT practices, challenges, and improvements made. Specific topics covered include personnel qualifications, NDT processes, validation, customer demands vs LTVL practices, case studies of NDT failures, and interpretations of ASME standards taken up by LTVL.
The document discusses the results of a study on the impact of COVID-19 lockdowns on air pollution. Researchers analyzed data from dozens of countries and found that lockdowns led to an average decline of nearly 30% in nitrogen dioxide levels over cities. However, they also observed that this improvement was temporary and air pollution rebounded once lockdown restrictions began lifting. Overall, the study highlights how human activities are a major driver of air pollution but also that systemic changes are needed for long-term air quality improvements.
This presentation was prepared for the Joint Conference of NY's Independent Oil & Gas Association (IOGA) and the Ontario Petroleum Institute (OPI). The conference was held on October 23 - October 25, 2012 in Niagara Falls.
This document provides generalized guidelines for structural steel welding inspection as per the AWS D1.1 Structural Welding Code for Steel. It covers standard terms, the scope of the code, limitations on its use, design of welded connections, weld joint configurations, prequalification of welding procedures, qualification requirements, fabrication, inspection, and non-destructive testing requirements. Key areas addressed include complete and partial joint penetration welds, fillet welds, prequalification criteria for common welding processes and materials, visual inspection acceptance standards, and additional non-destructive testing as required.
The document provides information for a piping inspector, including:
1. The duties of a piping inspector are to ensure piping activities such as material receiving, fabrication, erection, testing, and re-instatement comply with Saudi Aramco specifications and procedures.
2. Inspection is to be carried out according to Schedule Q, Saudi Aramco standards and specifications, and approved procedures and ITPs.
3. Piping construction drawings include plans, arrangements, supports, details, hook-ups, schedules, P&IDs, and isometrics.
The document discusses ultrasonic testing (UT), which uses high frequency sound waves to detect surface and internal flaws in materials. It describes the basic principles of UT, including how sound waves propagate through materials and are reflected by discontinuities. The document outlines various UT techniques, such as pulse-echo, through transmission, angle beam, and immersion testing. It also covers concepts related to sound waves like velocity, frequency, attenuation, and the different modes of wave propagation.
This document summarizes ASME Section VIII Division 2 requirements for welding and non-destructive testing of welds. It outlines weld categories, fabrication requirements including repair of defects, welding identification markings, and acceptance standards for radiographic, penetrant, and ultrasonic testing of welds. Impact testing of welds is also addressed including testing of vessel test plates to qualify welding procedures for different weld categories.
This hydro-test report summarizes the pressure testing of a 4" diameter and 158m long gas pipeline. Key details include:
- Water will be used to fill, flush, and pressure test the pipeline at 147 bar, which is 150% of the design pressure of 98 bar.
- Calculations are provided to determine the volume of water needed, expected back pressures, and pump requirements. Factors like elevation changes, pipe dimensions, and friction losses are accounted for.
- Test equipment will be calibrated and certified. Instruments will monitor and record pressure and temperature during the test.
- The pipeline will be isolated and prepared, then filled and pressure tested. Any leaks will be repaired before re-
This document provides an overview of non-destructive testing (NDT) methods, focusing on visual inspection. It defines visual inspection as the oldest and most basic NDT method, using only the naked eye to look for flaws. The document distinguishes between unaided visual inspection, using only the eye, and aided visual inspection, which employs optical or mechanical instruments like borescopes, microscopes, calipers and feeler gauges to enhance inspection capabilities. It provides examples of different optical and mechanical aids used to conduct aided visual inspections.
This document provides an overview of piping materials and selection guidelines. It defines key piping terms like pipe and tubing. It describes various types of pipes based on the manufacturing method, such as electric resistance welded pipe, furnace butt welded pipe, seamless pipes, and more. The document outlines factors to consider for material selection like design life, temperature, pressure, corrosion allowance, service conditions, and economics. It provides specific guidelines for material selection for high temperature exposures above 232°C and ambient/intermediate temperatures from 0°C to 232°C. The focus is on selecting materials that will be resistant to various deterioration modes over the design life of the piping system.
Brief introduction into some of the changes and updates to both the ISO 6892-1 and ASTM E8/8M tensile testing standards for metals and ambient temperature, importantly strain control.
For more information please visit www.instron.com
This document summarizes the hot rolling and cold rolling processes used in mechanical engineering. It defines key terms like ingot, bloom, slab, and billet. It describes the main steps in hot rolling like heating, rough rolling, and finishing rolling. Advantages of hot rolling include reduced energy usage and improved material properties. Disadvantages are non-metallic inclusions and residual stresses. Cold rolling provides better dimensional control and surface finish but requires more force. Common applications of each process are also outlined.
T4S - Technical Standard and Specifications including Safety StandardsAbhishek Padiyar
T4S or Technical Standard and Specifications Including Safety Standards -2008
This presentation through the light on the rules and standard to be followed for the designing, installation, testing and commissioning of City Gas Distribution (CGD) network with Gas supply source as LNG Storage and Re-gasification plant and the distribution network made up by the use of MDPE pipelines, as per the technical and safety guidelines given by PNGRB in T4S 2008.
This document provides an overview of nondestructive testing (NDT) techniques. It defines NDT as inspecting materials or components without affecting their properties. Common NDT methods include visual inspection, liquid penetrant, magnetic particle, ultrasonic testing, eddy current, and radiography. The document discusses why NDT is important by noting that it allows inspection without causing interruptions that could lead to human error. It also stresses that NDT should be performed by a qualified and certified inspector.
This document provides an overview of ZX factory facilities, products, certifications, and sales footprint. It discusses the size and capacity of ZX and DP manufacturing factories. It also describes ZX and DP's engineering abilities, quality control processes, and system management departments. The document highlights ZX's history and introduces their product lines including adjustable shocks and struts, electronic remote control systems, gas-filled shock absorbers, steering dampers, twin tube shocks, strut modules, cartridges, and adjustable suspension shock absorbers. It also lists the certificates ZX has obtained and their sales footprint in over 35 countries.
The document provides information about the ring gear production process at MPT Amtek Automotive Ltd. It describes the company's background and achievements. It then outlines the various manufacturing stages involved in producing ring gears, including bending, slitting, flash butt welding and trimming, normalizing, cold sizing, CNC machining, hobbing, chamfering, punching, washing, induction hardening, and tempering. Quality checks are conducted after key stages to ensure dimensional and geometric specifications are met.
ASK Automotive is a leading manufacturer of friction products for two-wheelers in India founded in 1989. Over two decades, it has grown from a small manufacturer to a major supplier of brake assemblies, brake shoes, and other automotive parts to OEMs in India. The company aims to make its products the first choice of users. It manufactures brake shoes and other friction products through a process that includes melting aluminum alloy, die casting, trimming, lapping, inspection, and packaging. Quality is ensured through certifications and a JIT production system with zero PPM defects.
Western Heat & Forge is a global supplier of forged, machined, turnkey and tested components with over 400 employees and 25% exports. It has fully integrated forging and machining facilities certified to various quality and environmental standards. It provides a one-stop solution for forgings up to 5000kg, machined components through its "Machined Components Super Market", heat treatment, testing and other value-added services to customers in various industries like oil and gas, construction, automotive etc. It aims to add value through innovative supply chain solutions and meeting diverse customer needs.
G.G. Automotive Gears Ltd. is a leading manufacturer of traction gears and pinions, based out of Dewas, Madhya Pradesh in India. GGAG has been a market leader in Locomotive gears for the last 40 years. Established in 1974, the company undertakes to manufacture of traction gears as a strategic shift from its traditional business of automotive gears.
Western Heat & Forge is an integrated forging and machining facility established in 1988 in India. It has over 400 employees and manufactures heat treated, machined forgings and coated components up to 18,000 tons annually via closed and open die forging. The company serves industries such as oil/gas, mining, automotive and has various certifications. It provides customized forging, heat treatment, machining and coating services to customers.
The document provides an overview of DTK Group of Industries' manufacturing facilities in Aurangabad and Pune, India. It details the company's vision, facilities, workforce, equipment, processes, quality systems, major customers, and products. Key points include: DTK has over 60,000 square feet of manufacturing space across four facilities, employs over 125 people, and has a wide range of pressing, welding, and machining equipment. The company aims to be a preferred supplier of sheet metal and machined components through continually upgrading its technology and processes.
Henan Dajia Mining Machinery Co. Ltd is a large Chinese manufacturer of mining machinery and equipment established in 1902. They design and produce equipment such as crushers, ball mills, rotary kilns, and related machines. The company also manufactures a wide range of spare parts for this mining equipment, including girth gears, jaw plates, roller pins, and other worn components. Their spare parts are produced with advanced manufacturing technology to meet international quality standards.
As rail track technology continues to make major advances, the requirement for abrasives in maintenance and repair operations is increasing. As a multi-solution provider, Saint-Gobain offers a number of abrasive products which comply with all European health, safety and environmental standards and are specially designed for cutting and grinding rail track and surrounding materials.
At Western Heat and Forge (WHF) we are all about solving Customer’s problems with innovative solutions like creating a machined components supermarket of over 200 components for a tier 1 OE supplier; creating customized supply-around and consignment inventory programs, and entering into long term supply contracts with annual cost reductions. We consistently meet and exceed customer requirements of On-time delivery and Quality.
• We are the 1st company in the world to get API 20B and 6th in the world to get API 20C certification for Open and Closed Die Forgings upto PSL 4. Material grades include all steels including duplex and super duplex stainless steels, F-22, 17-4PH, F6NM and Inconel.
• We provide Services (Forging, Heat Treatment, Machining, Coating, Cladding, Lab) and Solutions (for eg. supply hydrostatically tested machined components, welded assemblies) as required by customers.
Western Heat and Forge is an ISO 9001, ISO 14001, OHSAS 18000, ISO/TS 16949, PED certified, global supplier with 3 manufacturing plants located in Pune, India.
Bending and forming trim and gutter coil are necessary to create the proper size and angles of pieces that fit together to ensure a quality, finished appearance on a home’s exterior.
KOREAN Manufacturer of Hydraulic AttachmentSunny Hahm
Dong Myung TOPA is a leading Korean manufacturer of hydraulic breakers and demolition attachments established in 1993. It prides itself on over 22 years of experience developing technological innovations to improve product quality and performance. All products are manufactured and tested in-house according to strict quality control standards before being shipped worldwide. The document provides an overview of Dong Myung TOPA's product ranges, facilities, certifications, history and worldwide partners.
VEMC is now an APOEM (Authorised Pump Original Equipment Manufacturer) of Kirloskar Brothers Ltd. In today’s time, we provide complete fluid and energy management solutions for a wide array of projects in Water Supply, Power Plants, Irrigation, Oil & Gas etc.
1. Gajra Differential Gears is the largest manufacturer of automobile transmission gears in India, with 130,000 sq ft of machine shop area and 29,000 sq ft heat treatment facility and over 1000 employees.
2. The company produces spiral and hypoid gears, bevel gears, spider kit assemblies, and differential cages and housings. More than 50% of products are exported globally.
3. The gear manufacturing process involves operations like facing, centering, teeth cutting, heat treatment, grinding, and final inspection to produce precision-cut transmission gears for vehicles.
- Wheels India Limited is one of the largest steel wheel manufacturers in the world and is part of the TVS Group, India's largest auto component manufacturer. The TVS Group was founded in 1911 and has grown to include businesses in two wheelers, vehicle dealerships, logistics, and auto components.
- Wheels India was founded in 1962 and is a partner to many global automakers. It produces wheels for cars, commercial vehicles, tractors, and construction equipment. The company has manufacturing facilities in Chennai and Rampur.
- The company utilizes various CNC machines, including vertical machining centers, vertical turret lathes, milling machines, and lathes, to precision manufacture its wheel products
The new WINTER FlutePolish product range features reduced flute polishing time and improved surface quality for shank tools such as drills, end mills and reamers. The new elastic resin bond system improves flexibility allowing wheels to conform to the surface of the part being polished. A reduction of the flute polishing time by 30% can be achieved.
OKAY FERN PRECISION CASTINGS PVT. LTD. is an investment casting manufacturer located in India. Their vision is to become a leading global manufacturer of investment castings by 2018 using advanced technology and a skilled workforce. They have over 200 employees and have expanded their production capacity over time. OKAY FERN produces high quality castings for automotive, defense, and other industries adhering to various quality standards. They have achieved technical excellence in developing complex castings that reduce machining requirements for customers.
Charging and Fueling Infrastructure Grant: Round 2 by Brandt HertensteinForth
Brandt Hertenstein, Program Manager of the Electrification Coalition gave this presentation at the Forth and Electrification Coalition CFI Grant Program - Overview and Technical Assistance webinar on June 12, 2024.
Top-Quality AC Service for Mini Cooper Optimal Cooling PerformanceMotor Haus
Ensure your Mini Cooper stays cool and comfortable with our top-quality AC service. Our expert technicians provide comprehensive maintenance, repairs, and performance optimization, guaranteeing reliable cooling and peak efficiency. Trust us for quick, professional service that keeps your Mini Cooper's air conditioning system in top condition, ensuring a pleasant driving experience year-round.
Dahua provides a comprehensive guide on how to install their security camera systems. Learn about the different types of cameras and system components, as well as the installation process.
Charging Fueling & Infrastructure (CFI) Program by Kevin MillerForth
Kevin Miller, Senior Advisor, Business Models of the Joint Office of Energy and Transportation gave this presentation at the Forth and Electrification Coalition CFI Grant Program - Overview and Technical Assistance webinar on June 12, 2024.
1. ISO/TS 16949:2009 Certified
Jan 16, 2014 1www.technorings.in
Welcome to Techno Rings
Manufacture and Assembly of Cast & Machined Components
KSSIDC Industrial Estate, Sagar Road Shimoga, Karnataka, INDIA
2. ISO/TS 16949:2009 Certified
Jan 16, 2014 2www.technorings.in
About us
• A Bhoopalam Group Company
• Established in 1992
• Suppliers of Grey Cast & SG Iron fully
finished auto components
• Single Source Supplier for majority of
components for our OEMs
• In-house production with Modern
Infrastructure and Facilities
• Meeting OEM & International Standards
4. ISO/TS 16949:2009 Certified
Jan 16, 2014 4www.technorings.in
Our Vision
• To establish world class facilities for
manufacturing of Auto Components
• To meet and exceed Customer Expectations in
terms of Quality, Quantity and Cost every time
• To help customer save by engaging in Value
Engineering & R&D Activities
• To become a Rs. 100 Crore Company by 2015
6. ISO/TS 16949:2009 Certified
Jan 16, 2014 6www.technorings.in
Our Products - Cast & SG Iron Components
Product Weight: 0.5 to 70 kgs
Max Box Size: 600mm X 700mm X 200 mm
• Fly Wheels with Ring Gear
• Clutch Face plates
• Clutch Pressure plates/ Cover
Plates
• Cl Withdrawal Plate / RL Plate
• Ind Hardened Ring For Oil Seals
• COP Lever Induction Hardened
• Ind Hardened Spring Brackets &
Other Brackets
• ADI Spring Seat & Bump Stop for Bogie
Suspension
• Bell Crank Lever with bush fitting
• Pulleys
• Top Clamps
• Housings
• Fuel Injection Support Plate
• Actuator Plate
12. ISO/TS 16949:2009 Certified
Jan 16, 2014 12www.technorings.in
Induction Hardened Helper Spring Brackets and
Spring Seat for Bogie Suspension
Helper Spring
Brackets
Spring Seat Assembly
16. ISO/TS 16949:2009 Certified
Jan 16, 2014 16www.technorings.in
Foundry Capacity Details
• Present production/ month in Arpa Line : 700 tons.
• Total production capacity in Arpa Line : 1000 tons
• Present orders for
Disa High Pressure Molding Line : 250 tons
• Total production capacity in
Disa High Pressure Molding Line : 1200 tons
• Maximum weight of castings [ Disa Line] : 25 kgs
17. ISO/TS 16949:2009 Certified
Jan 16, 2014 17www.technorings.in
Furnaces Details
• Tri Track Inductotherm Furnace -- 2250 KW, 3 X 1 Ton
• Dual Track Inductotherm Furnace -- 450 KW, 500 Kg
• Dual Track Inductotherm Furnace -- 350 KW, 500 kg
• Inductotherm Furnace -- 250 KW, 300 kg
• Inductotherm Furnace -- 175 KW, 300 Kg
• Pillar India Furnace -- 125 KW, 150 Kg
18. ISO/TS 16949:2009 Certified
Jan 16, 2014 18www.technorings.in
• DISA 030 High Pressure Molding Line
Cake Size -535 X 650 X 120 / 340
250 Moulds Per Hour in DISA
Quick Pattern Changer
Core Setter
Inductotherm Auto Pour
Auto Inoculation machine
• Arpa 450 – 2 Machines
Mould Box Size: 600 X 700 X 200
• Arpa 300 – 2 Machines
Mould Box Size: 550 X 550 X 110
• 128 + 100 Boxes Moulding Line
Moulding Line
19. ISO/TS 16949:2009 Certified
Jan 16, 2014 19www.technorings.in
Sand Plant, Molding Line & Fettling
• Sand Plant (Titan) – 10 Tons/hour
• Sand Plant (Sree Sakthi)
with Sand cooler – 40 Tons/hour
• Shot Blasting
Automatic Hanger type -- 500 kg
Table Type -- 36”
Automatic Hanger Type -- 1 Ton
• Fettling
• All required grinders & cutters
• Heat Treatment Furnaces for
Stress Reliving, Tempering,
Normalizing
Capacity up to 1 ton -- 3 No.
• Pattern & Core Making
Patterns done by CAD CAM method
in VMC at ISO Certified Vendor
Cores done in automatic
Shell Core and Cold Box Shooters
20. ISO/TS 16949:2009 Certified
Jan 16, 2014 20www.technorings.in
Co-ordinate Measurement Machine
• Spectrum II Bridge
Type
• S/W: Calypso 5.2.06
• Probe Head: RDS_TP20
• Measuring Range:
X-700,Y-700,Z-600
Carl Zeiss articulating probe holder with our TP20 touch-trigger. The articulating
probe holder offers +/- 180 degrees of bi-directional rotation and permits indexing
steps of 5 degrees reaching 5,184 angular positions for either sensor.
22. ISO/TS 16949:2009 Certified
Jan 16, 2014 22www.technorings.in
Testing Facilities
• Spectro Meter
• Microscope with Image Analyzer
• Computerized Universal Tensile
Testing machine
• Well equipped wet lab
• Carbon Silicon equivalent meter
for each furnace
• Sand Lab
• Brinell & Rockwell Hardness
Testing Machines
• Temperature Pyrometer
Computerized
UTM
23. ISO/TS 16949:2009 Certified
Jan 16, 2014 23www.technorings.in
Induction Hardening
Fully CNC Controlled -- 3 Machines
Power: 100 Kw to 125 Kw
Frequency: 10000 to 30000 Hz
Max Length: 600 mm
Max Weight: 30 kgs
Case Depth: 1.5 mm to 8 mm
Dedicated for
Helper Spring Brackets,
Spring Seat,
Ring For Oil Seal
Capacity Utilization -- 60%
25. ISO/TS 16949:2009 Certified
Jan 16, 2014 25www.technorings.in
Machining - Milling
• VMCs -- 9 No.
• 4th Axis Both Rotary & Index Table
• Pallet Size: 800 mm X 480 mm
• Milling Machines -- 8 No.
• Drilling Machines -- 6 No.
• Tapping Attach -- 5 No.
Capacity Utilization -- 65%
26. ISO/TS 16949:2009 Certified
Jan 16, 2014 26www.technorings.in
Balancing Machines
• Abro -- Electronic Control
Model No : V-55B
Max Wt : 55 kg
Max Diameter : 600 mm
Sensitivity : 5.0 mmg
Motor Power : 2 HP
• Vertical and Horizontal
Drilling attachments available
27. ISO/TS 16949:2009 Certified
Jan 16, 2014 27www.technorings.in
Grinding Machines
• Surface Grinders
up to 600 mm dia -- 7 No.
• Cylindrical Grinders
up to 200 dia -- 3 No.
• Centerless Grinders
up to 100 dia -- 2 No.
• Capacity Utilization -- 70%
28. ISO/TS 16949:2009 Certified
Jan 16, 2014 28www.technorings.in
Value Engineering for Ashok Leyland
• Saving of Rs. 5 Crores through Value
Engineering for Rear Axle 'Oil Seal'
• New grades development
• Value Engineering in Top Clamps
• Co-Authored technical paper--"Effects of
Induction Hardening on SG Iron & Cast Iron
Components"
• Working on "Hidur Clutch Plate" development
since Dec 2008-- Given samples of about 10
grades to arrive at the present Best Kaizen Award from Ashok Leyland
- Quality Month 2012
29. ISO/TS 16949:2009 Certified
Jan 16, 2014 29www.technorings.in
Value Engineering for Ashok Leyland
• Given Samples of the
following components for
ADI (Austempered Ductile
Iron)
• Bell Crank Lever
• Connecting Rod
• Push rod Lever
• Track Rod Lever
• Liners
• Gear Blanks
• Bell Crank Lever Forging to
SG 500/7 Casting Samples
Submitted
Best Performance Award from Ashok Leyland
31. ISO/TS 16949:2009 Certified
Jan 16, 2014 31www.technorings.in
Machine Shop Expansion
Building under construction for machine shop in Machenahalli Industrial Estate, Shimoga
32. ISO/TS 16949:2009 Certified
Jan 16, 2014 32www.technorings.in
Why Techno Rings?
In-house production processes
-Foundry, Machining and Induction Hardening
Dedicated Lines for each component family
Quality & Quantity at Competitive Prices
Value Engineering and R&D Support
Quick Response by experienced staff
Self Certified Supplier to OEMs