This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Multifunctional acrylate Characteristics: - Anti-pollution - Easy to wipe pollution - Excellent hardness - Quick cure Use: - Hard coatings

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Multifunctional acrylate Characteristics: - Anti-fingerprint - Excellent hardness - Quick cure Use: - Hard coatings

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Multifunctional acrylate Characteristics: - Anti-static - Excellent hardness Use: - Hard coatings - Anti-static

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Modified acrylic polymer Characteristics: - Good adhesion to oil-based ink - Low P.I.I. Use: - OP varnish

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Modified acrylic polymer Characteristics: - Good adhesion to oil-based ink and treated PP film - High gloss Use: - OP varnish

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Modified acrylic polymer Characteristics: - Good adhesion to oil-based ink - High gloss Use: - OP varnish

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Modified acrylic polymer Characteristics: - Good adhesion to oil-based ink and PET film - High gloss Use: - OP varnish

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Dipentaerythritol polyacrylate Characteristics: - Anti-emulsification - Quick curing Use: - Hard coatings - Ink

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Pentaerythritol polyacrylate Characteristics: - Anti-emulsification - Quick curing - Excellent hardness Use: - Hard coatings - Ink

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Di-trimethylolpropane tetraacrylate Characteristics: - Good compatibility - Excellent hardness - Low P.I.I. - Low Viscosity Use: - Hard coatings - Ink

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Bis-A ethylene oxide modified acrylate Characteristics: - Anti-emulsification - Quick curing Use: - Coatings - Ink

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Multifunctional acrylate Characteristics: - Anti-static - Electrically conductive Use: - Electrically conductive material - Transparent electrode

This resin is a photo-curable resin that quickly and three-dimensionally cures by radical polymerization that occurs with electron beam (EB) or ultraviolet ray (UV) irradiation. This resin has been used widely for various applications. Type: - Acrylic polymer Characteristics: - Anti-static - Electrically conductive (heat curable type) Use: - Electrically conductive material - Transparent electrode

COMPOCERAN AC (Acrylic Silica Hybrid) Base Resin - PMMA Characteristics - Transparency - Weather Resistance - Chemical Resistance

COMPOCERAN AC (Acrylic Silica Hybrid) Base Resin - PMMA Characteristics - Transparency - Weather Resistance

CONAP CE-1170 is a single-component air drying room temperature curing acrylic conformal coating that meets the requirements of MIL-I-46058-C for Type AR coatings. CONAP CE-1170 is a solvent-based coating designed for thin-film applications on components and printed circuitry. It was developed specifically for its fast drying time and reparability, as well as to provide the u ltimate in humidity resistance and hydrolytic stability while retaining excellent flexibility to prevent fracturing of fragile components during thermal cycling. Its electrical properties are outstanding. Cured films maintain excellent adhesion to phenolic and epoxy-glass laminates even in adverse environmental conditions. Components may be removed by heating the coating with a soldering iron, or the entire coating may be removed with a suitable solvent. A tracer dye has been incorporated to aid inspection under ultraviolet light.

CONAP CE-1171 is a single-component acrylic conformal coating that has been formulated in Rule 66 exempt solvents and meets the latest requirements of MIL-I-46058C for Type AR coatings. CONAP CE-1171 is designed for thin-film applications on components and printed circuitry. It was developed specifically for its fast drying time and reparability and to provide the ultimate in humidity resistance and hydrolytic stability. CONAP CE-1171 retains excellent flexibility to prevent fracturing of fragile components during thermal cycling. Electrical properties are outstanding. Cured films maintain excellent adhesion to phenolic and epoxy glass laminates even in adverse environmental conditions. Components may be removed by melting through the coating with a soldering iron, or the entire coating may be removed with a suitable solvent. A tracer dye has been incorporated to aid inspection under ultra-violet light.

CONAP CE-2290 is a single-component acrylic conformal coating that is formulated with non-petroleum-based, bio-derived solvents. The product is on the qualified products list (QPL) for MIL-I-46058C and is approved to the IPC-CC-830B for Type AR coatings. The solvent portion of CONAP CE-2290 is an EPA-approved SNAP composition containing no ozone depleting chemicals. It is non-carcinogenic, contains no HAPs and is non- SARA reportable. CONAP CE-2290 is designed for thin-film applications on components and printed circuitry. It provides fast drying times, reparability, outstanding humidity resistance and hydrolytic stability. CONAP CE-2290 has outstanding electrical properties and retains excellent flexibility to prevent fracturing of fragile components during thermal cycling. Cured films maintain excellent adhesion to phenolic and epoxy glass laminates even in adverse environmental conditions. Component removal is possible by melting through the coating with a soldering iron. Removal of the entire coating is possible with a suitable solvent. CONAP CE-2290 incorporates a tracer dye to aid inspection under ultraviolet light.

UV 60-7180 is a one component, UV light curable, clear coating. 60-7180 is water clear and exhibits superior yellowing resistance. This product has been formulated to cure instantly when exposed to high intensity ultraviolet light. 60-7180 has excellent adhesion to a variety of substrates and is therefore suitable as an adhesive and coating candidate, or may be used in small potting applications. UV 60-7180 may also be used as a decorative ultra clear doming resin on labels, pins, key fobs, magnets, etc… Its high gloss finish and outstanding clarity will enhance any image it is applied over. Features: - Water Clear - One part - Low Viscosity - Cures in seconds - 100% solids (no solvents) - Low shrinkage

UV 60-7185 is a one component, UV light curable, clear coating. 60-7185 is water clear and exhibits superior yellowing resistance. This product has been formulated to cure instantly when exposed to high intensity ultraviolet light. 60-7185 has excellent adhesion to a variety of substrates and is therefore suitable as an adhesive and coating candidate, or may be used in small potting applications. UV 60-7185 may also be used as a decorative ultra clear doming resin on labels, pins, key fobs, magnets, etc… Its high gloss finish and outstanding clarity will enhance any image it is applied over. Features: - Water Clear - One Part - Low Viscosity - Cures in seconds - 100% solids (no solvents) - Low Shrinkage

The new ECP 2000 series of static dissipative polymers have been formulated specifically for clean room environments where low offgassing, low particulate, contamination and washability are required. The compounds can be coloured. The materials are permanently conductive and can be processed on conventional equipment. The products are humidity independent, aqueous washable and can be re-used. Applications that are ideally suited for the compounds and in use commercially at customer sites include: packaging for electronic components, medical device packaging, in-process carriers, fixturing devices, chip rails, vacuum tubing and business machine components. Because of their flexibility, the thermoplastic polyurethane (TPU) based alloys are also useful as softwall cleanroom materials, flexible packaging, hose and tubing, floor and table mats and other flexible cleanroom applications.

EnvisionTEC's D3 M material is a fast-growing, tough material with similar characteristics to ABS plastic. The material is ideal for quickly produced prototypes, client evaluation pieces and dental models. Applications Jewelry, MCAD, Dental/Orthodontic Recommended Machines: Perfactory® Micro EDU, Perfactory® Micro Ortho, Perfactory® Micro Advantage

UV Cure 60-7108 is a low viscosity and optically clear UV curable system. It is designed for fiber optic and other clear adhesive or potting applications. UV Cure 60-7108 is a good choice for electronic assemblies due to its electrical insulation properties and moisture resistance. Its low viscosity makes it suitable for coating applications. Features: - Water clear - Excellent exterior durability - Non-yellowing - Low viscosity

UV Cure 60-7159 is a low viscosity conformal coating for Printed Circuit Boards (PCB's), components and various substrates. When exposed to long wave UV it forms a tough, clear and flexible coating. UV Cure 60-7159 resists yellowing, vibration and impact. UV Cure 7159 does not contain any solvents and forms a smooth, non-sticky surface. Features: - Fast Cure - Low Viscosity - Excellent Adhesion - Good Water & Chemical Resistance

This data represents typical values that have been calculated from all products classified as: Generic Acrylic, Unspecified This information is provided for comparative purposes only.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Fast cure rate, low compression set and maximum oil resistance.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Cement-grade version of HyTemp 4051.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Easy-processing version of HyTemp 4051.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Improved low-temperature properties with slightly less oil resistance than 4051 types. Excellent compression set resistance.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Easy-processing version of HyTemp 4052.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Excellent balance of low-temperature properties and oil resistance.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Moderate oil resistance with -40°C low-temperature service.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Excellent oil, heat and compression set resistance with good low-temperature properties.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Particulate version of HyTemp 4051CG. Suitable for adhesives, caulks, sealants and binders.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Particulate version of HyTemp 4054.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Optimized for improved long-term heat and compression set resistance over traditional acrylates with good low-temperature properties.