Whether you need to permanently mark metal, wood, glass, rubber, cardboard, or ceramics, DYKEM Brand marking products and layout fluids are proven performers. Carefully formulated and manufactured to deliver vivid color and durable identification marks and color-coding, the DYKEM family of products is an ideal companion for professionals who need quick and effective detection and protection against tampering and changes in settings or controls.
The document discusses serial number restoration. It explains that serial numbers are unique identifiers applied by manufacturers to objects like firearms. Criminals sometimes obliterate serial numbers to avoid identification. Restoration involves polishing the surface and using acid to etch away layers of metal, revealing the original serial number imprint beneath. The restored number is then documented through writing or photos. The process helps identify stolen objects by recovering the obscured identifying marks.
Glass tiles pdf document aqua middle east fzcAdolfsmith69
This document provides information on glass tile series, formats, finishes, and designs. It includes 9 sections that describe various tile series like Unicolor, Niebla, and Aqualuxe. These series come in different formats and finishes. The document also outlines borders, gradations, and over 200 classic and themed designs that can be customized in different sizes. Technical specifications are provided on tile properties, standards, and packaging information.
This document discusses grinding tools that use superabrasives like diamond and cubic boron nitride (CBN). It summarizes the key factors that influence grinding processes, including the grinding tool, lubricant, cooling, machine, safety aspects, process, and more. It also describes the design of diamond and CBN tools, explaining how the abrasives are attached to tool bodies made of materials like aluminum, steel, resin, or ceramics. The document provides details on the contents of grinding layers, bond types, abrasives, and fillers used.
Casting Defects Analysis in Foundry and Their Remedial Measures with Industri...iosrjce
In this current scenario of globalization, foundries play a key role for manufacturing industries as
they are the major source of castings. As a key industry a foundry’s performance should be effectively high in
terms of production with minimum number of rejections. Castings are the major inputs for most industrial
products hence foundry industry is most indispensable. Casting is an integrated process considered as an
artwork with experienced professionals for high quality yield, even then in highly controlled environment
defects are dominant to take place leading to rejections, contrary to rejections a foundry’s key attempt is to
satisfy the demands neglecting quality levels. The challenges of casting defects are to be identifiedand
minimized for effective castings. This study provides an intense knowledge of critical casting defects and their
root cause analysis. In this paper efforts are made to achieve technically feasible remedies for minimizing
several casting defects and improving the quality of castings which will serve as control measures for quality
control professionals with zero defect concepts
This document discusses casting quality control and inspection. It begins with an introduction to casting quality control and outlines the agenda to be covered, including casting defects, factors responsible, remedies, cleaning methods, and inspection testing. It then defines different types of casting defects based on location, cause, type, size, and other factors. Common defects like shrinkage cavities, hot tears, and cold shuts are described along with their causes and remedies. The document also covers cleaning methods for castings like removing gates and risers. Various inspection methods for evaluating castings like mechanical impact cleaning and hydroblasting are then outlined.
Casting defects/certified fixed orthodontic courses by Indian dental academy Indian dental academy
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy provides dental crown & Bridge,rotary endodontics,fixed orthodontics,
Dental implants courses.for details pls visit www.indiandentalacademy.com ,or call
0091-9248678078
IIIE SECTION A MANUFACTURING TECHNOLOGY NOTES : 10.CASTINGS AND ITS DEFECTSBhaskar Nagarajan
Casting defects fall into five main categories: gas porosity, shrinkage defects, mold material defects, pouring metal defects, and metallurgical defects. Shrinkage defects occur when liquid metal shrinks as it solidifies and can leave pores or cavities. Gas porosity forms when dissolved gas comes out of solution during solidification. Pouring metal defects like cold shuts happen when liquid metal fronts do not fuse properly. Metallurgical defects include cracks from residual stresses or uneven cooling. Common defects in sand castings include erosion from too much mold strength, drops from improper ramming, and penetration from coarse sand. Inspections use visual, ultrasonic, x-ray, and mechanical tests to detect internal and external
The document discusses various casting defects that can occur in dental castings including distortion, surface roughness, porosity, incomplete casting, and discoloration. It provides detailed explanations of different types of porosity defects such as localized shrinkage porosity, microporosity, pinhole porosity, gas inclusions, subsurface porosity, and back pressure porosity. Causes and methods for prevention of each type of defect are described. Surface roughness can result from factors like air bubbles in the wax pattern, water films, temperature variations during casting, foreign bodies in the mold, and composition or application of the investment material.
The document discusses serial number restoration. It explains that serial numbers are unique identifiers applied by manufacturers to objects like firearms. Criminals sometimes obliterate serial numbers to avoid identification. Restoration involves polishing the surface and using acid to etch away layers of metal, revealing the original serial number imprint beneath. The restored number is then documented through writing or photos. The process helps identify stolen objects by recovering the obscured identifying marks.
Glass tiles pdf document aqua middle east fzcAdolfsmith69
This document provides information on glass tile series, formats, finishes, and designs. It includes 9 sections that describe various tile series like Unicolor, Niebla, and Aqualuxe. These series come in different formats and finishes. The document also outlines borders, gradations, and over 200 classic and themed designs that can be customized in different sizes. Technical specifications are provided on tile properties, standards, and packaging information.
This document discusses grinding tools that use superabrasives like diamond and cubic boron nitride (CBN). It summarizes the key factors that influence grinding processes, including the grinding tool, lubricant, cooling, machine, safety aspects, process, and more. It also describes the design of diamond and CBN tools, explaining how the abrasives are attached to tool bodies made of materials like aluminum, steel, resin, or ceramics. The document provides details on the contents of grinding layers, bond types, abrasives, and fillers used.
Casting Defects Analysis in Foundry and Their Remedial Measures with Industri...iosrjce
In this current scenario of globalization, foundries play a key role for manufacturing industries as
they are the major source of castings. As a key industry a foundry’s performance should be effectively high in
terms of production with minimum number of rejections. Castings are the major inputs for most industrial
products hence foundry industry is most indispensable. Casting is an integrated process considered as an
artwork with experienced professionals for high quality yield, even then in highly controlled environment
defects are dominant to take place leading to rejections, contrary to rejections a foundry’s key attempt is to
satisfy the demands neglecting quality levels. The challenges of casting defects are to be identifiedand
minimized for effective castings. This study provides an intense knowledge of critical casting defects and their
root cause analysis. In this paper efforts are made to achieve technically feasible remedies for minimizing
several casting defects and improving the quality of castings which will serve as control measures for quality
control professionals with zero defect concepts
This document discusses casting quality control and inspection. It begins with an introduction to casting quality control and outlines the agenda to be covered, including casting defects, factors responsible, remedies, cleaning methods, and inspection testing. It then defines different types of casting defects based on location, cause, type, size, and other factors. Common defects like shrinkage cavities, hot tears, and cold shuts are described along with their causes and remedies. The document also covers cleaning methods for castings like removing gates and risers. Various inspection methods for evaluating castings like mechanical impact cleaning and hydroblasting are then outlined.
Casting defects/certified fixed orthodontic courses by Indian dental academy Indian dental academy
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy provides dental crown & Bridge,rotary endodontics,fixed orthodontics,
Dental implants courses.for details pls visit www.indiandentalacademy.com ,or call
0091-9248678078
IIIE SECTION A MANUFACTURING TECHNOLOGY NOTES : 10.CASTINGS AND ITS DEFECTSBhaskar Nagarajan
Casting defects fall into five main categories: gas porosity, shrinkage defects, mold material defects, pouring metal defects, and metallurgical defects. Shrinkage defects occur when liquid metal shrinks as it solidifies and can leave pores or cavities. Gas porosity forms when dissolved gas comes out of solution during solidification. Pouring metal defects like cold shuts happen when liquid metal fronts do not fuse properly. Metallurgical defects include cracks from residual stresses or uneven cooling. Common defects in sand castings include erosion from too much mold strength, drops from improper ramming, and penetration from coarse sand. Inspections use visual, ultrasonic, x-ray, and mechanical tests to detect internal and external
The document discusses various casting defects that can occur in dental castings including distortion, surface roughness, porosity, incomplete casting, and discoloration. It provides detailed explanations of different types of porosity defects such as localized shrinkage porosity, microporosity, pinhole porosity, gas inclusions, subsurface porosity, and back pressure porosity. Causes and methods for prevention of each type of defect are described. Surface roughness can result from factors like air bubbles in the wax pattern, water films, temperature variations during casting, foreign bodies in the mold, and composition or application of the investment material.
This document discusses casting procedures and defects. It covers topics like the history of casting, wax patterns, spruing wax patterns, investing wax patterns, burning out wax, casting dental alloys, defects, and more. The lost wax technique involves surrounding a wax pattern with investment material, burning out the wax, and introducing molten metal into the mold. Proper spruing, investing, burnout, and casting are important to produce successful dental castings.
1. The document discusses various types of casting defects that can occur during the metal casting process, including gas defects, shrinkage cavities, molding material defects, and pouring metal defects.
2. It provides detailed descriptions and examples of different specific defects like blowholes, pinhole porosity, shrinkage cavities, as well as their typical characteristics and potential causes.
3. The document also suggests remedial measures that can be taken to identify and address different defects in order to improve casting quality and productivity.
This document discusses common casting defects in dentistry, their causes, and methods to prevent them. It begins by classifying defects and dimensions inaccuracies. It then examines specific defects like distortion, surface roughness, porosities, incomplete castings, and discolored castings. For each defect, it outlines potential causes such as wax pattern issues, improper investments, heating/cooling rates, and gas entrapment. It provides tips to control defects like using the proper water/powder ratio, venting molds, and casting procedures. The conclusion emphasizes that following methods can avoid defects and produce high quality castings for clinical success.
The document discusses various types of casting defects including gas defects, shrinkage cavities, molding material defects, pouring metal defects, and metallurgical defects. It provides detailed descriptions and characteristics of different specific defects such as blowholes, pinhole porosity, cuts and washes, penetration, fusion, rattails, swell, washout, misruns, and cold shuts. The document emphasizes the importance of properly identifying and classifying defects in order to determine their causes and implement appropriate corrective actions to control quality.
This document provides information on dental casting procedures. It discusses the history of casting, steps in the casting process such as wax pattern fabrication and sprue attachment, types of investments and burnout procedures. The key points are: casting has been used since ancient times to produce jewelry and was introduced to dentistry by Taggart in 1907; the process involves fabricating a wax pattern, investing it, then burning out the wax and casting dental alloys into the mold.
Description :
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and
offering a wide range of dental certified courses in different formats.for more details please visit
www.indiandentalacademy.com
1. The document discusses techniques for restoring obliterated marks on items like vehicles and firearms for identification purposes. 2. It describes different types of marks like cast, engraved, and punched marks and principles of restoration using chemical reagents that dissolve strained metal at different rates. 3. The techniques discussed involve cleaning surfaces, taking photographs, applying etchants like acids selectively to restore serial numbers, and preserving restored marks.
This document discusses various types of casting defects, their causes, and potential remedies. It begins by defining a casting defect and categorizing them into gas defects, shrinkage cavities, moulding material defects, pouring metal defects, and metallurgical defects. Specific defects discussed include mismatch/mould shift, misrun & cold shuts, shrinkage cavity, blow holes, porosity, inclusions, hot tears/cracking, metal penetration, pin holes, swell, drop, flashes/fins, rat tails/buckles, warpage, cracked casting, bent/twisted casting, open blows & blow holes, fusion, runout, and cracks. For each defect, the causes and possible remedies are outlined.
The document discusses various types of casting defects including their forms, causes, and prevention methods. It covers shaping faults from pouring like misruns and cold shuts caused by low metal temperature or moisture in sand. Shrinkage defects from inadequate gating and risering are described. Contraction defects like hot tears occur when thin and thick sections cool at different rates. Gas defects result from entrapped gases or gases evolving during solidification. Inclusions and sand defects enter the melt during pouring. Dimensional errors occur from mold distortions. Compositional errors and segregation vary the alloy composition.
This document outlines the steps in the lost wax casting procedure for dental restorations. It begins by introducing lost wax casting and describing the key steps: 1) Wax pattern removal, 2) Spruing, 3) Investing, 4) Burnout, 5) Casting. It then provides details on wax patterns, sprue formers, crucible formers, casting rings, and the investing procedure. Important considerations for each step are highlighted to produce an accurate casting.
The document discusses common casting defects including distortion, surface roughness, and porosity. Distortion is likely related to issues with the wax pattern and can be caused by hygroscopic expansion or manipulation of the wax at high temperatures. Surface roughness is caused by air bubbles on the wax pattern, improper mixing of investment materials, or prolonged heating. Porosity can be internal or external and is caused by solidification shrinkage, gas inclusions, or insufficient casting force. Incomplete casting can result from not using enough alloy, premature solidification, low casting pressure, inability of alloy to enter thin parts of the mold, mold not being heated to casting temperature, or sprues being blocked.
The document discusses abrasives, including their definition, types (natural vs synthetic), materials used, and applications. It describes various abrasive materials like aluminum oxide, silicon carbide, garnet and their uses. Abrasives are used for grinding, polishing, cutting and other applications in industries like woodworking, metal fabrication, automotive, aerospace and marine trades manufacturing. Common natural abrasives include sandstone and emery, while synthetic examples are bonded abrasives and coated abrasives.
This document provides an overview of a study conducted on the casting methodology and defects at Peekay Steels Pvt. Ltd. It discusses the following key points:
1. The objectives of the study were to study Peekay's industrial casting process in depth and examine casting defects using radiography testing to minimize defects.
2. The methodology involved 5 phases: background research, studying Peekay's process, examining their gate valve production, making prototypes, and testing defects.
3. Peekay's casting process involves several departments coordinating complex patterns, molds, melting, heat treatment and quality control. Their no-bake molding process uses chemical binders for strength and dimensional tolerances.
This document discusses different types of abrasives and instruments used for grinding, finishing, polishing and contouring dental materials. It describes the characteristics of aluminum oxide, silicon carbide and diamond abrasives. It also explains the different shapes and grit sizes of abrasive discs, fluted burs and polishing points/stones that are suited for various dental procedures and materials like composites, ceramics, metals and porcelains.
Indian Dental Academy: will be one of the most relevant and exciting
training center with best faculty and flexible training programs
for dental professionals who wish to advance in their dental
practice,Offers certified courses in Dental
implants,Orthodontics,Endodontics,Cosmetic Dentistry, Prosthetic
Dentistry, Periodontics and General Dentistry.
This document discusses casting defects that can occur during the dental casting process. It begins by classifying casting defects according to authors Philips and Rosensteil. Common defects include distortion, porosity, incomplete details, and surface irregularities. The document then examines specific defects in more detail such as air bubbles, water films, heating issues, liquid to powder ratios, and foreign bodies. It provides causes and ways to prevent common defects. In conclusion, the document emphasizes that casting defects can usually be avoided by strict adherence to established casting procedures and techniques.
Casting Defects and Manufacturing Processesjani parth
The document discusses various casting defects that can occur in sand casting processes. It begins with an introduction to casting and then describes different types of common defects such as blowholes, cracks, bent/twisted castings, shrinkage, inclusions, and hot tears. For each type of defect, it provides details on causes and recommended remedies, such as improving mold properties, modifying gating/risering systems, and controlling solidification rates.
The document discusses dry-erase/marker boards. It notes that dry-erase boards produce no airborne particles when erasing, are easier on the eyes than chalkboards, and are quieter to write on. It then lists various styles of dry-erase boards available for purchase, including portable and fixed boards in different sizes. Considerations for choosing a board like erasability and included accessories are also mentioned.
Catalogo Benchmade 2024 con la gama completaEsteller
The document is a catalog from Benchmade introducing their 2024 collection of knives. It includes a letter from the president welcoming partners to the new collection highlighting consistency, variety, and performance. The catalog then provides an overview of different knife categories and features including blade styles, mechanisms, materials, and high-performance steels.
Signs Visual Industries is a signage company that specializes in a wide range of custom sign products including cut metal letters, etched glass, cast plaques, exterior signage, engraved signs, banners and more. The document provides details on the various materials, finishes, sizes and production methods available for each sign type. It aims to showcase Signs Visual Industries' capabilities in achieving distinctive corporate identities and images for customers through high quality custom signage.
This document discusses casting procedures and defects. It covers topics like the history of casting, wax patterns, spruing wax patterns, investing wax patterns, burning out wax, casting dental alloys, defects, and more. The lost wax technique involves surrounding a wax pattern with investment material, burning out the wax, and introducing molten metal into the mold. Proper spruing, investing, burnout, and casting are important to produce successful dental castings.
1. The document discusses various types of casting defects that can occur during the metal casting process, including gas defects, shrinkage cavities, molding material defects, and pouring metal defects.
2. It provides detailed descriptions and examples of different specific defects like blowholes, pinhole porosity, shrinkage cavities, as well as their typical characteristics and potential causes.
3. The document also suggests remedial measures that can be taken to identify and address different defects in order to improve casting quality and productivity.
This document discusses common casting defects in dentistry, their causes, and methods to prevent them. It begins by classifying defects and dimensions inaccuracies. It then examines specific defects like distortion, surface roughness, porosities, incomplete castings, and discolored castings. For each defect, it outlines potential causes such as wax pattern issues, improper investments, heating/cooling rates, and gas entrapment. It provides tips to control defects like using the proper water/powder ratio, venting molds, and casting procedures. The conclusion emphasizes that following methods can avoid defects and produce high quality castings for clinical success.
The document discusses various types of casting defects including gas defects, shrinkage cavities, molding material defects, pouring metal defects, and metallurgical defects. It provides detailed descriptions and characteristics of different specific defects such as blowholes, pinhole porosity, cuts and washes, penetration, fusion, rattails, swell, washout, misruns, and cold shuts. The document emphasizes the importance of properly identifying and classifying defects in order to determine their causes and implement appropriate corrective actions to control quality.
This document provides information on dental casting procedures. It discusses the history of casting, steps in the casting process such as wax pattern fabrication and sprue attachment, types of investments and burnout procedures. The key points are: casting has been used since ancient times to produce jewelry and was introduced to dentistry by Taggart in 1907; the process involves fabricating a wax pattern, investing it, then burning out the wax and casting dental alloys into the mold.
Description :
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and
offering a wide range of dental certified courses in different formats.for more details please visit
www.indiandentalacademy.com
1. The document discusses techniques for restoring obliterated marks on items like vehicles and firearms for identification purposes. 2. It describes different types of marks like cast, engraved, and punched marks and principles of restoration using chemical reagents that dissolve strained metal at different rates. 3. The techniques discussed involve cleaning surfaces, taking photographs, applying etchants like acids selectively to restore serial numbers, and preserving restored marks.
This document discusses various types of casting defects, their causes, and potential remedies. It begins by defining a casting defect and categorizing them into gas defects, shrinkage cavities, moulding material defects, pouring metal defects, and metallurgical defects. Specific defects discussed include mismatch/mould shift, misrun & cold shuts, shrinkage cavity, blow holes, porosity, inclusions, hot tears/cracking, metal penetration, pin holes, swell, drop, flashes/fins, rat tails/buckles, warpage, cracked casting, bent/twisted casting, open blows & blow holes, fusion, runout, and cracks. For each defect, the causes and possible remedies are outlined.
The document discusses various types of casting defects including their forms, causes, and prevention methods. It covers shaping faults from pouring like misruns and cold shuts caused by low metal temperature or moisture in sand. Shrinkage defects from inadequate gating and risering are described. Contraction defects like hot tears occur when thin and thick sections cool at different rates. Gas defects result from entrapped gases or gases evolving during solidification. Inclusions and sand defects enter the melt during pouring. Dimensional errors occur from mold distortions. Compositional errors and segregation vary the alloy composition.
This document outlines the steps in the lost wax casting procedure for dental restorations. It begins by introducing lost wax casting and describing the key steps: 1) Wax pattern removal, 2) Spruing, 3) Investing, 4) Burnout, 5) Casting. It then provides details on wax patterns, sprue formers, crucible formers, casting rings, and the investing procedure. Important considerations for each step are highlighted to produce an accurate casting.
The document discusses common casting defects including distortion, surface roughness, and porosity. Distortion is likely related to issues with the wax pattern and can be caused by hygroscopic expansion or manipulation of the wax at high temperatures. Surface roughness is caused by air bubbles on the wax pattern, improper mixing of investment materials, or prolonged heating. Porosity can be internal or external and is caused by solidification shrinkage, gas inclusions, or insufficient casting force. Incomplete casting can result from not using enough alloy, premature solidification, low casting pressure, inability of alloy to enter thin parts of the mold, mold not being heated to casting temperature, or sprues being blocked.
The document discusses abrasives, including their definition, types (natural vs synthetic), materials used, and applications. It describes various abrasive materials like aluminum oxide, silicon carbide, garnet and their uses. Abrasives are used for grinding, polishing, cutting and other applications in industries like woodworking, metal fabrication, automotive, aerospace and marine trades manufacturing. Common natural abrasives include sandstone and emery, while synthetic examples are bonded abrasives and coated abrasives.
This document provides an overview of a study conducted on the casting methodology and defects at Peekay Steels Pvt. Ltd. It discusses the following key points:
1. The objectives of the study were to study Peekay's industrial casting process in depth and examine casting defects using radiography testing to minimize defects.
2. The methodology involved 5 phases: background research, studying Peekay's process, examining their gate valve production, making prototypes, and testing defects.
3. Peekay's casting process involves several departments coordinating complex patterns, molds, melting, heat treatment and quality control. Their no-bake molding process uses chemical binders for strength and dimensional tolerances.
This document discusses different types of abrasives and instruments used for grinding, finishing, polishing and contouring dental materials. It describes the characteristics of aluminum oxide, silicon carbide and diamond abrasives. It also explains the different shapes and grit sizes of abrasive discs, fluted burs and polishing points/stones that are suited for various dental procedures and materials like composites, ceramics, metals and porcelains.
Indian Dental Academy: will be one of the most relevant and exciting
training center with best faculty and flexible training programs
for dental professionals who wish to advance in their dental
practice,Offers certified courses in Dental
implants,Orthodontics,Endodontics,Cosmetic Dentistry, Prosthetic
Dentistry, Periodontics and General Dentistry.
This document discusses casting defects that can occur during the dental casting process. It begins by classifying casting defects according to authors Philips and Rosensteil. Common defects include distortion, porosity, incomplete details, and surface irregularities. The document then examines specific defects in more detail such as air bubbles, water films, heating issues, liquid to powder ratios, and foreign bodies. It provides causes and ways to prevent common defects. In conclusion, the document emphasizes that casting defects can usually be avoided by strict adherence to established casting procedures and techniques.
Casting Defects and Manufacturing Processesjani parth
The document discusses various casting defects that can occur in sand casting processes. It begins with an introduction to casting and then describes different types of common defects such as blowholes, cracks, bent/twisted castings, shrinkage, inclusions, and hot tears. For each type of defect, it provides details on causes and recommended remedies, such as improving mold properties, modifying gating/risering systems, and controlling solidification rates.
The document discusses dry-erase/marker boards. It notes that dry-erase boards produce no airborne particles when erasing, are easier on the eyes than chalkboards, and are quieter to write on. It then lists various styles of dry-erase boards available for purchase, including portable and fixed boards in different sizes. Considerations for choosing a board like erasability and included accessories are also mentioned.
Catalogo Benchmade 2024 con la gama completaEsteller
The document is a catalog from Benchmade introducing their 2024 collection of knives. It includes a letter from the president welcoming partners to the new collection highlighting consistency, variety, and performance. The catalog then provides an overview of different knife categories and features including blade styles, mechanisms, materials, and high-performance steels.
Signs Visual Industries is a signage company that specializes in a wide range of custom sign products including cut metal letters, etched glass, cast plaques, exterior signage, engraved signs, banners and more. The document provides details on the various materials, finishes, sizes and production methods available for each sign type. It aims to showcase Signs Visual Industries' capabilities in achieving distinctive corporate identities and images for customers through high quality custom signage.
The Benchmade Bugout knife is designed for outdoor adventurers seeking a lightweight yet durable folding knife. It features a drop-point blade made of premium steels like M390, S90V, or S30V coupled with handles made of aluminum, carbon fiber, or Grivory to minimize weight. Despite its light construction, the Bugout can withstand demanding outdoor tasks due to its AXIS lock and high-performance materials. Available in various configurations, the versatile Bugout is suitable for both casual EDC carry and rugged outdoor use.
This document provides information on 3M's electrical products, including electrical connectors, wire connectors, splice kits, wire markers, and protective coatings. It highlights key features and applications of 3M's Scotchlok electrical insulation displacement connectors, Performance Plus wire connectors, direct bury splice kits, ScotchCode wire markers, insulating and anti-corrosion sprays, and Scotchkote electrical coating. The document is intended to showcase 3M's quality solutions for electrical connections, identification, and corrosion protection.
1. The document discusses different types of steel used in construction including corrugated steel, stainless steel, galvanized steel, and chrome-plated steel. It describes their properties and appropriate uses.
2. Corrugated steel is classified into different grades based on tensile strength and elongation. Standards like ASTM A615 and A706 specify properties of different grades.
3. Proper storage, handling, and maintenance of steel is important to prevent corrosion. Stainless steel should be protected from oils and liquids.
Power Mark Industrial Label printer BrochureBen Geck
The document describes the PowerMark Sign and Label Maker, which allows users to easily create safety signs, labels, and other markers. It has built-in templates and graphics and can print in multiple colors. The PowerMark includes options for different tape widths, fonts, barcodes, and symbols to create customized signs and labels for industrial and workplace applications.
Tronex offers a variety of precision and economy tweezers. Their precision tweezers are known for unmatched quality and are made from materials like stainless steel and titanium. They source tweezers from reputable manufacturers and inspect all tweezers in their USA facility. The document provides details on the materials, tip styles, and sizes of their tweezer options.
Tool marks are impressions left on a softer surface by a tool due to forcible contact. They can be individually unique due to wear and tear on tools. There are four main types of tool marks: compression, striated, combination, and repetitive/multi-stroke marks. Tool marks are examined based on their class, sub-class, and individual characteristics. Proper collection involves photography, tracing, and lifting impressions. A variety of chemical reagents can be used to restore obliterated tool marks on different material surfaces like metals, wood, leather, and rubber.
Moresuperhard product catalog- manufacturer of grinding wheelsDorisHu8
More SuperHard devotes to develop and produce advanced diamond & CBN grinding wheels to provide you a complete grinding solution. With the advanced bond systems (Vitrifified bond, Resin bond, Metal bond, Hybrid bond and electroplated), our products cover all grinding types, flat grinding, cylindrical grinding, internal grinding, centerless grinding, profile grinding, peripheral grinding, etc… Fit manual grinder and also CNC grinding center.
More SuperHard devotes to develop and produce advanced diamond & CBN grinding wheels to provide you a complete grinding solution. With the advanced bond systems (Vitrifified bond, Resin bond, Metal bond, Hybrid bond and electroplated), our products cover all grinding types, flat grinding, cylindrical grinding, internal grinding, centerless grinding, profile grinding, peripheral grinding, etc… Fit manual grinder and also CNC grinding center.
Mainline Blade is a division of Mainline Group that brings high quality wearing parts for construction machinery directly from the factory. They specialize in diamond blades and use a patented forging process that increases weld density and safety. Mainline Blade aims to deliver exceptional customer service and build strong customer loyalty.
This document provides information about ordering from and shipping with Enco, including:
- 99% of inventory ships within one business day.
- Primary shipping is UPS Ground for orders under 125 lbs, with some heavier items shipping by truck.
- Returns must be authorized by calling Enco and received within 30 days in resalable condition.
- Various tools, equipment and supplies are advertised with discounted sale prices.
This document provides instructions for using Scratch-B-Gone, a product for removing scratches and blemishes from stainless steel surfaces. It consists of 3 main sections:
1. Before You Begin - Identifies surfaces that Scratch-B-Gone should not be used on, like coated stainless steel, and emphasizes testing surfaces first.
2. Preparation - Covers preparing the work area, attaching an abrasive pad to the handle, and applying the proprietary lubricant.
3. Directions and Use - Step-by-step instructions for using different pads depending on the type and depth of damage, with reminders to go in the direction of the steel grain and blend the restored
Manufacturers and Exporters of diamond tools Resin Bonded Tools, Diamond Paste, Diamond Lapping Compound, Lapping Compound, Resin Metal Bond Wheels, Resin Metal Bond Diamond Wheels, Resin Metal Diamond Wheels, Resin Bond Diamond Wheels.
Norlens domed nameplates and labels are durable and attractive options for your brand. Doming adds dimension to aluminum, brass, polycarbonate and polyester nameplates. Embossed graphics create further emphasis for a brand. Options in domed labels include full color graphics with transparent tints of color or metallic effects.
Rigid and flexible domed labels are used on appliances, sporting equipment, cosmetic packaging, electronics and point of purchase displays. They are abrasion and chemical resistant nameplates appropriate for interior and exterior applications. The lens can be applied selectively or formed for eye-catching results.
The document describes the various steel treatment and painting processes used on Atlas Copco generators and light towers to protect them from corrosion when exposed to outdoor environments. Different components receive different treatments based on their exposure and importance. All steel components receive a galvanization treatment before further treatments and painting. The canopy receives powder coating, while critical components and the base frame undergo nitrogen laser cutting and cataphoresis before final painting. These treatments help provide long-term corrosion protection and extend the life of components.
The document discusses Tempo weatherseals, which are made of closed cell micro foam that provides advantages like preventing water absorption and ensuring an aesthetic look without waves. The weatherseals have a high tolerance and acoustic value. A cutting tool allows for high speed installation with pre-set blades for an accurate cut. The weatherseals are available in black, white, brown and grey and have a lifetime guarantee.
The document discusses Tempo weatherseals, which are made of closed cell micro foam that provides advantages like preventing water absorption and ensuring an aesthetic look without waves. The weatherseals have a high tolerance and acoustic value. They are UV and ozone resistant and can work in temperatures from -40C to +120C. An SPVT cutting tool allows for high speed installation of the weatherseals. The document provides product codes and descriptions for the weatherseals and cutting tool.
This document is a product catalog from Mercer Cutlery that includes the following sections:
- An introduction and table of contents
- Guides on knife types, materials, and choosing the right knife
- Product listings and descriptions for Mercer's Renaissance and Genesis knife lines
- Descriptions of knife sets and storage solutions available for purchase
The catalog provides information on Mercer Cutlery's knife offerings, which include high-quality forged and stamped knives made of German steel. It includes individual knives as well as sets that come with storage solutions like rolls, blocks, and cases.
hand instruments in operative dentistry / oral surgery courses Indian dental academy
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and
offering a wide range of dental certified courses in different formats.
2. 2
TABLE OF CONTENTS
PAINT MARKERS....................................................................................................3 - 4
STEEL TIP PAINT MARKERS.....................................................................................5
TEMPORARY/REMOVABLE MARKERS ����������������������������������������������������������������6
SPECIALTY MARKERS..........................................................................................7 - 8
INDICATOR PASTES.....................................................................................................9
LAYOUT FLUIDS & SURFACE PREP ��������������������������������������������������������������������10
STAINING COLORS...................................................................................................... 11
Fiber Plastic Fiber
NIB TYPES #10 #15 #16 #29 #38 #45
PART # 99010 99015 99016 99029 99038 99045
PAINT MARKERS
BRITE-MARK MEDIUM ✔ ● ●
BRITE-MARK ROUGHNECK ● ✔ ●
BRITE-MARK THREADED CAP ✔
TEMPORARY/REMOVABLE MARKERS
RINZ OFF MEDIUM ✔ ✔
RINZ OFF THREADED CAP ✔ ✔
SUDZ OFF MEDIUM ✔ ✔
SUDZ OFF THREADED CAP ✔ ✔
SPECIALTY MARKERS
SAFE-MARK ✔
HIGH PURITY THREADED CAP ✔
HIGH TEMP THREADED CAP ✔
UV ✔
TUFF GUY ✔
✔ Standard nib (Some markers use different nibs depending on color).
● Optional nibs that will fit marker; only available as a separate purchase.
The DYKEM®
brand has stood for quality,
consistency, and professionalism for almost 100
years. DYKEM®
has a wide variety of products
to meet almost any industrial marking need.
Layout fluids and stains retain the classic DYKEM®
tradition in the metalworking industry, while
markers and Cross Check™ have expanded the
brand into many new marking applications.
DYKEM®
Markers provide a solution for almost
every industry and application. They are critical
for tasks like tracking parts, managing work-in-
progress, identifying defects, and more. You
need quality markers to deliver quality products
to your customers, and DYKEM®
markers deliver.
DYKEM®
Steel Blue®
has been the industry
standard since it began the layout fluid category
almost 100 years ago. Our responsibility is to
honor the legacy and keep producing high quality
products that live up to the reputation.
DYKEM®
Cross Check™ upholds that reputation
by being the best product on the market for
torque marking. Our unique formulas cure to
a wax-like seal across nuts and bolts, and are
resistant to oil, grease, pressure, and outdoor
elements. The highly visible marks make it easy
for quality, safety, or maintenance personnel to
ensure that fasteners haven’t come loose.
THE
WRITE
MARKING
SOLUTIONS
MARKER DEFINITIONS
THREADED CAP TIP:
Marker with medium,
acrylic nib fiber tip
valve-action.
THREADED CLIP CAP:
Screws on/off for secure fit.
Eliminates loss of cap.
Screw for secure closure.
Pocket clip adds convenience
and prevents rolling on
work surfaces.
THREADED BARREL:
Allows the threaded
clip cap to be secured.
Also allows marker to
be screwed into a jig
or apparatus.
MEDIUM TIP:
Marker with medium,
acrylic nib fiber tip
valve-action.
STEEL TIP:
Roller ball tip makes
3/32” (2.4mm)
wide marks.
STEEL FINE TIP:
Roller ball tip makes
3/64” (1.2mm)
wide marks.
PRESSURE BULB:
Located at the
end of STEEL TIP
markers for
controlled paint flow.
3. 3www.itwprobrands.com
PAINT MARKERS
BRITE-MARK®
FEATURES
• Make permanent bright marks on metal, rubber, plastic, glass,
concrete, leather, stone, wood, vinyl and more
• Valve actuated mechanism prevents paint in barrel from drying
when cap is left off
• Heavy duty aluminum body with large paint capacity
• Ideal for color coding
• Bullet tips are replaceable to ensure complete use of paint
in each marker
• Drying Time: 25 – 35 seconds
• Non-Xylene based paint formula reduces associated health risks
• Pocket clip adds convenience and prevents rolling on
work surfaces
TYPICAL APPLICATIONS
• Structural steel
• Steel stockholders
• Construction sites
• Machinery manufacturing
• Metal fabrication
• Automotive
• Aviation
• Identifying rusty/oily/greasy tools
• Identifying parts that are stored outside
A. MEDIUM TIP
PART # COLOR STD. NIB
84001 BLUE
#15
84002 BLACK
84003 WHITE
84004 YELLOW
84005 ORANGE
84006 RED
84007 GREEN
PART # COLOR STD. NIB
84008 LT BLUE
#15
84009 PINK
84010 BROWN
84019 VIOLET
84050 SILVER
84051 GOLD
B. THREADED CAP TIP
PART # COLOR STD. NIB
40001 BLUE
#38
40002 RED
40003 BLACK
40004 GREEN
PART # COLOR STD. NIB
40006 YELLOW
#38
40008 WHITE
40010 ORANGE
40016 SILVER
STANDARD
NIBS
Fiber
#15 #38
A.
B.
20%MORE PAINT
THAN THE
COMPETITION!
MARKS ON
WOOD
GLASS &
CERAMICS
CONCRETE
& STONE
PLASTIC
PAPER
CARDBOARD RUBBER
METAL
Our most popular industrial marker, BRITE-MARK®
features a durable tip for clear,
bold markings. DYKEM®
BRITE-MARK®
is a general purpose permanent marker ideal
for making clear, bold markings on almost any surface. Its quick-drying, oil-based
paint withstands indoor and outdoor conditions without fading, chipping or losing its opacity. DYKEM®
BRITE-MARK®
can be used to permanently identify inventory, assemblies, tools, finished products or work-in-progress while resisting
most work related abuses or compounds.
4. 4
DESIGNED TO WRITE ON
ROUGHER SURFACES
PAINT MARKERS
BRITE-MARK®
ROUGHNECK
FEATURES
• Writes longer, with 20% more paint than competitive
paint markers
• Plastic tip resists fraying and disintegrating when used
on rough surfaces; extending marker life
• Tip repels oil and grease better than fiber tip
• Industrial-grade UV-resistant paint withstands harsh
outdoor conditions
• Drying Time: 25 – 35 seconds
MEDIUM TIP
PART # COLOR STD. NIB
84201 BLUE
#16
84202 BLACK
84203 WHITE
84204 YELLOW
PART # COLOR STD. NIB
84205 ORANGE
#1684206 RED
84207 GREEN
STANDARD
NIB
Plastic
#16
20%MORE PAINT
THAN THE
COMPETITION!
Same BRITE-MARK®
paint formula with plastic tip for extended life.
MARKS ON
WOOD
GLASS &
CERAMICS
CONCRETE
& STONE
PLASTIC
PAPER
CARDBOARD RUBBER
METAL
5. 5www.itwprobrands.com
STEEL TIP PAINT MARKERS
FEATURES
• Write sharp, defined, bright marks on any surface including
metal, plastic, glass, concrete, rubber and more
• Ergonomically correct marker that enables you to mark at all
angles, even upside down
• Marker retains its shape unlike tube-style markers
• Paint flow is controlled by the pressure bulb at the end of
the barrel
• Drying Time: 25 – 35 minutes
Stands out for its distinctive fine and medium oil-based paint markings. The stainless
steel-ball valve action tip writes through oil, grease and water without losing legibility or
brightness even in extreme conditions.
TYPICAL APPLICATIONS
• Structural steel
• Steel stockholders
• Construction sites
• Identifying rusty/oily/greasy tools
• Identifying parts that are stored outside
TEXPEN®
A. STEEL FINE TIP
PART # COLOR
16060 YELLOW
PART # COLOR
16080 WHITE
PART # COLOR
16013 BLUE
16023 RED
16033 BLACK
16043 GREEN
PART # COLOR
16063 YELLOW
16083 WHITE
16103 ORANGE
B. STEEL TIP
&
DALO®
STEEL TIP
PART # COLOR
26013 BLUE
26023 RED
26033 BLACK
PART # COLOR
26043 GREEN
26063 YELLOW
26083 WHITE
A. B.
WRITES ON
OILY/GREASY
SURFACES
MARKS ON
WOOD
GLASS &
CERAMICS
CONCRETE
& STONE
PLASTIC
PAPER
CARDBOARD RUBBER
METAL
6. TEMPORARY/REMOVABLE MARKERS
6
FEATURES
• Interchangeable and replaceable tips make the marker
longer lasting.
• No “ghosting” when removed marks are painted over
• Drying Time: 25 – 35 seconds
&
Ideal for temporary writing on non-treated, non-painted metal surfaces.
TYPICAL APPLICATIONS
• Quality control
• Work in progress
• Identification of defects
• Automotive assembly
• Fabricated metal
• Heavy machinery
RINZ OFF®
WATER REMOVABLE
CAN BE REMOVED WITH WATER
A. MEDIUM TIP
B. THREADED CAP TIP
PART # COLOR STD. NIB
91105 BLUE
#2991106 RED
91108 GREEN
PART # COLOR STD. NIB
91109 BLACK #29
91757 YELLOW #15
PART # COLOR STD. NIB
44105 BLUE
#1044106 RED
44108 GREEN
PART # COLOR STD. NIB
44109 BLACK #10
44709 WHITE
#38
44757 YELLOW
SUDZ OFF®
DETERGENT REMOVABLE
CAN BE REMOVED WITH MILD DETERGENT (PH ≥ 10)
C. MEDIUM TIP
D. THREADED CAP TIP
PART # COLOR STD. NIB
91146 WHITE #15
91371 GREEN #16
91694 YELLOW #15
PART # COLOR STD. NIB
91938 BLUE
#1691939 RED
91985 BLACK
PART # COLOR STD. NIB
44146 WHITE #38
44371 GREEN
#10
44938 BLUE
PART # COLOR STD. NIB
44939 RED
#10
44985 BLACK
A.
C.
B.
D.
STANDARD
NIBS
Fiber
#10 #15
#29 #38
STANDARD NIBS
Fiber
#10 #15 #38
Plastic
#16
MARKS ON
METAL
GLASS &
CERAMICS
Rinz-Off and Sudz-Off write easily
on metal and resists smudging.
Marks remove easily with
no "ghosting" left behind.
33%MORE PAINT
THAN THE
COMPETITION!
7. SPECIALTY MARKERS
7www.itwprobrands.com
GLASS &
CERAMICSMETAL
CONCRETE
& STONE
Specifically formulated for marking surfaces that are exposed to extreme high temperature
environments. Marks should be made at room temperature and can be applied to almost any
non-porous surface such as metal,
glass, and ceramic. When marking on ceramics, the marks
will become permanently fused to the surface after heat is
applied. Some colors can withstand temperatures up to
2000ºF (1093ºC).
FEATURES
• Stainless steel ball tip – no risk of tip wear even when writing
on rough surfaces
• Easily writes through oil, grease and water
• Drying time: 25 - 30 minutes
• GE specification D50TF8 excluding phosphorous and sodium
HIGH PURITY TXP
STEEL TIP
PART # COLOR
17463 WHITE
FEATURES
• Permanent, valve-action mechanism prevents
paint in barrel from drying when cap is left off
• Drying time: 45 seconds - 1 minute
• Meets U.S. Department of Energy spec
RDT-F7-3T, 5.1
• GE specification D50TF8 and D50YP12
HIGH PURITYSTANDARD
NIB
Fiber
#38
THREADED
CAP TIP
PART # COLOR STD. NIB
44301 RED
#3844404 BLACK
44534 BLUE
PART # COLOR STD. NIB
44729 WHITE
#38
44916 YELLOW
Your answer for marking on stainless steel or any surface where degradation,
contamination or other adverse effects are a concern. The formulas contain trace
amounts of halogens,
low melting metals and are low in chlorides. The precise
formulations meet or exceed the specifications for GE Nuclear
Energy, GE Aircraft Engines and the US Energy Research and
Development Administration (nuclear grade).
TYPICAL APPLICATIONS
• Stainless steel
• Aerospace
• Ship/boat/marine
• Oil & gas
• Power & utilities
• Nuclear facilities
STANDARD
NIB
Fiber
#38
FEATURES
• Fiber tip paint marker with valve-action
• Valve-action mechanism prevents paint in barrel
from drying when cap is left off
• Threaded barrel allows marker to be screwed
into a jig or apparatus
• Drying time: 45 seconds – 1 minute
HIGH TEMP
PART # TEMP RANGE COLOR STD. NIB
44094 2000°F (1093°C) BLUE
#38
44219
1550°F - 1650°F
(848°C - 899°C)
WHITE
44250 2000°F (1093°C) BLACK
44266 1800°F (982°C) GREEN
44424
800°F - 900°F
(426°C - 482°C)
YELLOW
THREADED
CAP TIP
TYPICAL APPLICATIONS
• Components exposed to high temperatures
• Ideal for marking glass, metal and ceramics
• Electronics industry
MARKS ON
MARKS ON
GLASS &
CERAMICS
CONCRETE
& STONEMETAL
8. SPECIALTY MARKERS
8
• Ideal for transmission and engine marking that won’t chip off
• Resistant to most coolants and cutting fluids
• Permanent ink writes on smooth surfaces such as metal,
aluminum, steel, plastics, cardboard, and more
• Marks withstand dirt, oil, grease, extreme weather conditions
and even degreasing solvents
• Drying Time: 25 – 35 seconds
TUFF GUY™
THREADED CAP TIP
PART # COLOR STD. NIB
44175 WHITE
#3844177 GREEN
44179 BLUE
PART # COLOR STD. NIB
44203 BLACK
#3844401 YELLOW
44819 RED
STANDARD
NIB
Fiber
#38
• NSF Registered permanent ink markers for nonfood
compounds category R1.
• Approved for marking on surfaces with indirect food contact
• General purpose, quick drying permanent ink marker.
• Designed for marking on food contact surfaces used in
processing, transporting, or holding food products, such as
parts of machinery or equipment where meat or poultry would
be in repeated or continuous contact.
• Marker can be used to identify storage bins, trays, dies and
molds, tools, and processing equipments.
• Marks withstand temperatures spanning -20°F to 475°F.
• Marks also withstand sterilization processes of 250°F at 15 psi
for 20 minutes.
• Ideal to use on metal, glass, plastic, cardboard, rubber, shrink
film, stretch wrap, or just about any surface.
• Valve action mechanism prevents ink in barrel from drying
when the cap is left off.
• Locked in nib also prevents tip from falling out and leading
to contamination.
• The marker features a threaded barrel that allows the marker
cap to be screwed onto the back of the marker barrel
preventing it from falling off during use.
• Does not contain any reportable amounts of Xylene.
SAFE-MARK™
FOOD CONTACT SURFACE MARKER
THREADED CAP TIP
PART # COLOR LOCKING NIB
40907 BLACK 45
LOCKING
NIB
Fiber
#45
STANDARD
NIB
Fiber
#29
• Applies clear mark barely detectable to
the eye
• Excellent for security applications
• Marks on plastic, glass and nonporous
surfaces
• Drying Time: 45 seconds to 1 minute
UV MARKER
MEDIUM TIP
PART # COLOR STD. NIB
91195 CLEAR #29
MARKS ON
METAL PLASTIC
MARKS ON
GLASS &
CERAMICS
CONCRETE
& STONE
CARDBOARD RUBBER
PLASTICMETAL
FLUORESCES
UNDER UV LIGHT
MARKS ON
WOOD
GLASS &
CERAMICSPLASTIC
CARDBOARD
METAL
9. INDICATOR PASTES
9www.itwprobrands.com
HI-SPOT BLUE
FEATURES
• Detects high spots on bearings, gears and other
close fits
• Blue, soft, uniform paste spreads easily and evenly
• Never dries out
• Film remains pliable and transferable for months
• Saves time and money in surface scraping work
PART # CONTAINER SIZE
83307 .55 oz. Tube
STANDARD FEATURES
• Tamper proof torque mark
• Safe for most surfaces
• Highly visible
• 2-year shelf life - best in industry
• Excellent adhesion
• Provides warranty protection
• Performance tested from -40°F to 400°F
Provides a convenient visual method for identification of vibratory
loosening or tampering of nuts, bolts, fasteners, and assemblies.
Provides warranty protection against tampering. Marks will be easily
broken if parts are tampered with or become loose.
Orange, green, red, yellow and
blue fluoresce under black/UV light
1 OZ TUBE
PART # COLOR
83314 ORANGE
83315 GREEN
83316 RED
83317 YELLOW
1 OZ TUBE
PART # COLOR
83318 BLUE
83319 WHITE
83320 PINK
83321 GREY
CROSS CHECK™
TORQUE SEAL®
FEATURES
• Color options provide
traceability
• Boeing Specification:
BMS8-45 Type II
Fluoresce under black/UV light
CROSS CHECK™ FAST
FAST-DRY TORQUE SEAL®
FEATURES
• Dries to the touch: less
than a minute
• Full cure time: 24 Hours
• Will not transfer to hands
after a minute
1 min
DRY TIME
1 min
DRY TIME
1 OZ TUBE
PART # COLOR
83514 ORANGE
1 OZ TUBE
PART # COLOR
83417 YELLOW
83418 BLUE
83420 PINK
1 min
DRY TIME
1 min
DRY TIME
All colors fluoresce
under black/UV light
CROSS CHECK™ PLUS
AVIATION GRADE TORQUE SEAL®
FEATURES
• Resistant to Skydrol
aviation hydraulic fluid
• Qualifies to Boeing
Specification BMS8-45H,
Type I/III
• Approved product
replacement for Organic
F-925 Torque Seal
• Meets Embraer MEP
09-096 Rev. G
• Dries to the touch: less than
a minute
• Full cure time: 24 Hours
• Use on all critical fittings and
locknuts during OEM and
maintenance procedures
• Perfect for use on landing
gear, rotor assemblies,
gearboxes, Pal Nuts and more
• Patent-pending
10. 10
PART # CONTAINER SIZE
80000 16 oz. Aerosol
80200 2 oz. Felt Tip Applicator
80300 4 oz. Brush-In-Cap
80400 8 oz. Brush-in-Cap
80600 930 mL Bottle
80700 1 Gallon Container
PART # CONTAINER SIZE
80096 16 oz. Aerosol
80296 2 oz. Felt Tip Applicator
80396 4 oz. Brush-In-Cap
80496 8 oz. Brush-in-Cap
80696 930 mL Bottle
Also available STEEL RED™
LAYOUT FLUIDS & SURFACE PREP
STEEL BLUE®
Machine shop operators depend on
DYKEM®
Steel Blue Layout Fluids to
scribe sharp, clear, precise lines.
When applied, our layout fluids
provide a uniform deep blue color that
prevents glare and dries in minutes.
All DYKEM®
Layout Fluids create an
extremely thin film which adds
practically no thickness to the work
piece and remains flexible without
cracking and chipping.
FEATURES
• Toluene free
• Provides a thin blue film without
cracking or chipping
• Dries in minutes
• Prevents glare with a uniform,
deep color
• Reduces eye strain
Resists cracking
and chipping
PART # CONTAINER SIZE
82038 16 oz. Aerosol
82638 930 mL Bottle
82738 1 Gallon Container
82838 5 Gallon Pail
82938 55 Gallon Drum
REMOVER & PREP
Prepares surfaces for better adhesion of layout fluids and removes layout
fluids when project is complete.
FEATURES
• Prepares metal surfaces
• Dries in minutes
• Does not contain toluene or
chlorinated solvent
11. 11www.itwprobrands.com
STAINING COLORS
OPAQUE STAINS: Apply slightly thicker than transparent
stain and take slightly longer to dry. Provide better
hiding/opacity.
1 GALLON BOTTLE
PART # COLOR
81731 BLACK
PART # COLOR
81405 YELLOW
81413 ORANGE
81427 WHITE
PART # COLOR
81478 DK BLUE
81491 RED
STAINING COLORS
DYKEM®
Staining Colors provide quick identification on a variety of component parts. These stains repel oils as they adhere without
flaking and scaling. DYKEM®
Staining Colors are easily applied by brushing or spraying and dry quickly to the touch. Transparent and
Opaque colors are available.
FEATURES
• Perform well on light and dark
tinted metals
• Provide excellent coverage properties
and opacity
• Thickness can be reduced by adding
DYKEM®
Remover & Prep
• Fast drying
• Resists cracking, chipping, flaking
or scaling
• Will not interfere with moving parts
when thinly applied
PART # COLOR
81705 YELLOW
81708 LT GREEN
81713 ORANGE
81724 BLACK
81725 LT BLUE
PART # COLOR
81727 WHITE
81760 PINK
81763 VIOLET
81778 DK BLUE
81791 RED
8 OZ BRUSH-IN-CAP
1 GALLON BOTTLE 1 GALLON BOTTLE
TRANSPARENT STAIN: Applies slightly thinner than
opaque stain and dries slightly quicker.