High flame retardant silicone. LS9150-70 and LS9150-G70 are heat vulcanized silicone rubber compounds with excellent comprehensive properties. Main characteristics - Good on roll processing performance, non stick roll, easy on roll, moderate plasticity. - Good extrusion performance, smooth extrusion. The extrusion surface is good. - Excellent and stable physical and electrical properties - Through ROHS certification, reach certification, etc Main applications - Extrude electric insulation layer and sheath layer of wire. - Seals, industrial miscellaneous parts, etc. - Extrusion hose, drinking water pipe, pressure pipe, solid rubber strip, special section sealant strip, plate, calendered sheet, etc.

High flame retardant silicone. LS9150-70 and LS9150-G70 are heat vulcanized silicone rubber compounds with excellent comprehensive properties. Main characteristics - Good on roll processing performance, non stick roll, easy on roll, moderate plasticity. - Good extrusion performance, smooth extrusion. The extrusion surface is good. - Excellent and stable physical and electrical properties - Through ROHS certification, reach certification, etc Main applications - Extrude electric insulation layer and sheath layer of wire. - Seals, industrial miscellaneous parts, etc. - Extrusion hose, drinking water pipe, pressure pipe, solid rubber strip, special section sealant strip, plate, calendered sheet, etc.

Flame retardant silicone. LS9050 series are heat vulcanized flame retardant silicone rubber compounds with excellent comprehensive properties. Main characteristics - Good on roll processing performance, non stick roll, easy on roll, moderate plasticity. - Good extrusion performance, smooth extrusion. The extrusion surface is good. - Excellent and stable physical and electrical properties - Through ROHS certification, reach certification, etc Main applications - Extrude electric insulation layer and sheath layer of wire. - Seals, industrial miscellaneous parts, etc. - Extrusion rubber tube, solid rubber strip, special section sealant strip, plate, calendered sheet, etc.

Flame retardant silicone. LS9050 series are heat vulcanized flame retardant silicone rubber compounds with excellent comprehensive properties. Main characteristics - Good on roll processing performance, non stick roll, easy on roll, moderate plasticity. - Good extrusion performance, smooth extrusion. The extrusion surface is good. - Excellent and stable physical and electrical properties - Through ROHS certification, reach certification, etc Main applications - Extrude electric insulation layer and sheath layer of wire. - Seals, industrial miscellaneous parts, etc. - Extrusion rubber tube, solid rubber strip, special section sealant strip, plate, calendered sheet, etc.

Silicone Rubber, RTV-2 LED, Lighting Potting Compound, Electronics Potting Compound, Automotive & Transportation Optoelectronics, Lighting Optoelectronics, Electronics

Silicone Rubber, RTV-2 Optoelectronics, Lighting Optoelectronics, Electronics Potting Compound, Electronics LED, Lighting

Silicone Rubber, RTV-2 Optoelectronics, Lighting Optoelectronics, Electronics LED, Lighting

WHITE SILICONE RUBBER LUMISIL® 901 A/B is a shear thinning, addition-curing, two-part silicone that cures to a flexible and highly reflective silicone rubber. Special features - two-part, 1:1 mixing ratio - shear thinning; coatable - rapid heat curing - forms a white rubber on vulcanization - primerless adhesion on aluminium, PET - for making highly reflective thin coatings Application - reflective surfaces in optical components - reflective surfaces in electronic components

LIQUID SILICONE RUBBER Liquid silicone rubbers of the LUMISIL® LR 7600 series are paste-like, two component compounds with short curing times. The vulcanizates are noted for their very high optical transparency and excellent mechanical and electrical properties. Properties - The products can be used at temperatures down to -55 °C and even above +150 °C. The outstanding optical transparency extends over a broad range of the visible spectrum and exceeds the transparency of polycarbonate or polymethylmethacrylate. The refractive index nD25 is in the range of 1.41. - In contrast to standard ELASTOSIL® LR grades, the hardness in the product name of LUMISIL® LR 7600/50 A/B reflects the hardness of vulcanized articles in the non-post cured state. Depending on the injection molding parameters, the geometry of the final parts and the post curing conditions, hardness increases after post curing in the range of 5 to 12 points. Application - These grades are particularly suitable for the economical production of large series of injection molded articles with excellent optical transparency. Parts made from LUMISIL® LR 7600/50 A/B can be used for technical applications. If these articles are also suitable for use in conjunction with foodstuffs is currently under evaluation.

LIQUID SILICONE RUBBER Liquid silicone rubbers of the LUMISIL® LR 7600 series are paste-like, two component compounds with short curing times. The vulcanizates are noted for their very high optical transparency and excellent mechanical and electrical properties. Properties - The products can be used at temperatures down to -55 °C and even above +150 °C. The outstanding optical transparency extends over a broad range of the visible spectrum and exceeds the transparency of polycarbonate or polymethylmethacrylate. The refractive index nD25 is in the range of 1.41. - In contrast to standard ELASTOSIL® LR grades, the hardness in the product name of LUMISIL® LR 7600/60 A/B reflects the hardness of vulcanized articles in the non-post cured state. Depending on the injection molding parameters, the geometry of the final parts and the post curing conditions, hardness increases after post curing in the range of 5 to 12 points. Application - These grades are particularly suitable for the economical production of large series of injection molded articles with excellent optical transparency. Parts made from LUMISIL® LR 7600/60 A/B can be used for technical applications. If these articles are also suitable for use in conjunction with foodstuffs is currently under evaluation.

LIQUID SILICONE RUBBER Liquid silicone rubbers of the LUMISIL® LR 7600 series are paste-like, two component compounds with short curing times. The vulcanizates are noted for their very high optical transparency and excellent mechanical and electrical properties. Properties - The products can be used at temperatures down to -55 °C and even above +150 °C. The outstanding optical transparency extends over a broad range of the visible spectrum and exceeds the transparency of polycarbonate or polymethylmethacrylate. The refractive index nD25 is in the range of 1.41. - In contrast to standard ELASTOSIL® LR grades, the hardness in the product name of LUMISIL® LR 7600/70 A/B reflects the hardness of vulcanized articles in the non-post cured state. Depending on the injection molding parameters, the geometry of the final parts and the post curing conditions, hardness increases after post curing in the range of 5 to 12 points. Application - These grades are particularly suitable for the economical production of large series of injection molded articles with excellent optical transparency. Parts made from LUMISIL® LR 7600/70 A/B can be used for technical applications. If these articles are also suitable for use in conjunction with foodstuffs is currently under evaluation.

LIQUID SILICONE RUBBER Liquid silicone rubbers of the LUMISIL® LR 7600 series are paste-like, two component compounds with short curing times. The vulcanizates are noted for their very high optical transparency and excellent mechanical and electrical properties. Properties - The products can be used at temperatures down to -55 °C and even above +150 °C. The outstanding optical transparency extends over a broad range of the visible spectrum and exceeds the transparency of polycarbonate or polymethylmethacrylate. The refractive index nD25 is in the range of 1.41. - In contrast to standard ELASTOSIL® LR grades, the hardness in the product name of LUMISIL® LR 7600/80 A/B reflects the hardness of vulcanized articles in the non-post cured state. Depending on the injection molding parameters, the geometry of the final parts and the post curing conditions, hardness increases after post curing in the range of 5 to 12 points. Application - These grades are particularly suitable for the economical production of large series of injection molded articles with excellent optical transparency. Parts made from LUMISIL® LR 7600/80 A/B can be used for technical applications. If these articles are also suitable for use in conjunction with foodstuffs is currently under evaluation.

Silicone Rubber, LSR energy-saving lightbulbs, Lighting LED, Lighting

Universal Silicone Release Agent for Processing Thermoplastic Resins and Elastomers Benefits - Suitable for mould temperatures up to 150°C (302°F) - easy and multiple demoulding - wide range of application - can also be used as a lubricant Description Lusin® Alro OL 153 S is an universal release agent for the demoulding of thermoplastic, thermoset and elastomeric parts up to a mould temperature of 150°C (302°F). It is also suitable as a lubricating agent with improved anti-friction properties. Lusin® Alro OL 153 S is based on non-reactive silicone oils which are absolutely colourless and have no smell. Typical Properties Appearance of the active ingredient : Liquid, colourless Application A fine even spray film should be applied to the clean mould; especially to edges and undercuts. For cleaning we recommend the use of Lusin® L 21 F as mould cleaning agent and Lusin® Clean L 11 or Lusin® Clean L 51 as degreasing agent. In terms of post treatment of the produced parts we do not recommend the use of Lusin® Alro OL 153 S. The high demoulding and wetting properties even in low concentrations will cause surface defects of the post treatment agent.

Mold Max™ Silicones are tin-cured silicone rubber compounds that have exceptional working properties and library life. Mold Max™ Silicones feature Smooth-On's exclusive "Libra™" catalyst for long library life. Mold Max™ silcones can be pigmented with Silc Pig™ silicone colorants. Pot life for the pourable silicones is 45 minutes and they cure overnight at room temperature. Mold Max™ Silicones will reproduce the finest detail and are suitable for a variety of industrial and art related applications including making molds for reproducing prototypes, furniture, sculpture and architectural elements. Mold Max™ 10, 20, 25 and 30 silicones can be thickened with THI-VEX™ additive for brush-on applications. (Note: THI-VEX™ is NOT compatible with Mold Max™ 40 or 60). Mold Max™ 60 offers highest heat resistance for casting metal (see separate technical bulletin). Mold Max™ Silicones can be used to cast a variety of materials including wax, gypsum, low melt alloys/metals and urethane, epoxy or polyester resins (without using a release agent). Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ silicones. Vacuum degassing mixed material using a vacuum pump and chamber to remove entrapped air is recommended.

Mold Max™ 10T, 15T and 27T silicone are water white translucent tin cured silicone rubber compounds that have exceptional tear strength and working properties. They feature Smooth-On's "Libra™" catalyst for long library life. Mixed 100A:10B by weight, vacuum degassing is recommended for de-airing. Rubber cures overnight at room temperature. Similar in appearance to Smooth-On's premium Dragon Skin™ platinum silicones, Mold Max™ ‘T' silicones are a less costly alternative for creating animatronic skin effects. Mold Max™ ‘T' silicones can be thickened with Thi-Vex™ ii thickener for brush-on application and effects. An infinite number of color effects can be achieved by adding Silc Pig™ silicone pigments or Cast Magic™ effects powders. Mold Max™ ‘T’ series silicones are also good for making molds used for casting plaster and wax. NOTE: Mold Max™ ‘T’ series silicones should NOT be used to make molds for casting Crystal Clear™ or Clear Flex™ Series urethanes. Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ 10T, 15T and 27T.

Mold Max™ 14NV and 29NV are tin-catalyzed silicone rubbers that offer low viscosity, fast cure and long library life. Mold Max™ 14NV and 29NV do not require vacuum degassing. Mix ratio is 100A:10B by weight. Pot life is 40 minutes. Cure time of 14NV is 4 hours at room temperature, cure time of 29NV is 6 hours at room temperature. Mold Max™ 14NV and 29NV will reproduce the finest detail and are suitable for a variety of industrial and art related applications including making molds for reproducing prototypes, furniture, sculpture and architectural elements. Cure time can be reduced with Accel-T™ cure accelerator. Mold Max™ 14NV and 29NV can be used to cast a variety of materials including wax, gypsum, low melt alloys/metals and urethane, epoxy or polyester resins. Important; Do not cast concrete into rubber molds made with this product. Concrete will not cure properly and inhibition will result. Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ 14NV and 29NV.

Mold Max™ 10T, 15T and 27T silicone are water white translucent tin cured silicone rubber compounds that have exceptional tear strength and working properties. They feature Smooth-On's "Libra™" catalyst for long library life. Mixed 100A:10B by weight, vacuum degassing is recommended for de-airing. Rubber cures overnight at room temperature. Similar in appearance to Smooth-On's premium Dragon Skin™ platinum silicones, Mold Max™ ‘T' silicones are a less costly alternative for creating animatronic skin effects. Mold Max™ ‘T' silicones can be thickened with Thi-Vex™ ii thickener for brush-on application and effects. An infinite number of color effects can be achieved by adding Silc Pig™ silicone pigments or Cast Magic™ effects powders. Mold Max™ ‘T’ series silicones are also good for making molds used for casting plaster and wax. NOTE: Mold Max™ ‘T’ series silicones should NOT be used to make molds for casting Crystal Clear™ or Clear Flex™ Series urethanes. Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ 10T, 15T and 27T.

Mold Max™ Silicones are tin-cured silicone rubber compounds that have exceptional working properties and library life. Mold Max™ Silicones feature Smooth-On's exclusive "Libra™" catalyst for long library life. Mold Max™ silcones can be pigmented with Silc Pig™ silicone colorants. Pot life for the pourable silicones is 45 minutes and they cure overnight at room temperature. Mold Max™ Silicones will reproduce the finest detail and are suitable for a variety of industrial and art related applications including making molds for reproducing prototypes, furniture, sculpture and architectural elements. Mold Max™ 10, 20, 25 and 30 silicones can be thickened with THI-VEX™ additive for brush-on applications. (Note: THI-VEX™ is NOT compatible with Mold Max™ 40 or 60). Mold Max™ 60 offers highest heat resistance for casting metal (see separate technical bulletin). Mold Max™ Silicones can be used to cast a variety of materials including wax, gypsum, low melt alloys/metals and urethane, epoxy or polyester resins (without using a release agent). Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ silicones. Vacuum degassing mixed material using a vacuum pump and chamber to remove entrapped air is recommended.

Mold Max™ Silicones are tin-cured silicone rubber compounds that have exceptional working properties and library life. Mold Max™ Silicones feature Smooth-On's exclusive "Libra™" catalyst for long library life. Mold Max™ silcones can be pigmented with Silc Pig™ silicone colorants. Pot life for the pourable silicones is 45 minutes and they cure overnight at room temperature. Mold Max™ Silicones will reproduce the finest detail and are suitable for a variety of industrial and art related applications including making molds for reproducing prototypes, furniture, sculpture and architectural elements. Mold Max™ 10, 20, 25 and 30 silicones can be thickened with THI-VEX™ additive for brush-on applications. (Note: THI-VEX™ is NOT compatible with Mold Max™ 40 or 60). Mold Max™ 60 offers highest heat resistance for casting metal (see separate technical bulletin). Mold Max™ Silicones can be used to cast a variety of materials including wax, gypsum, low melt alloys/metals and urethane, epoxy or polyester resins (without using a release agent). Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ silicones. Vacuum degassing mixed material using a vacuum pump and chamber to remove entrapped air is recommended.

Mold Max™ 10T, 15T and 27T silicone are water white translucent tin cured silicone rubber compounds that have exceptional tear strength and working properties. They feature Smooth-On's "Libra™" catalyst for long library life. Mixed 100A:10B by weight, vacuum degassing is recommended for de-airing. Rubber cures overnight at room temperature. Similar in appearance to Smooth-On's premium Dragon Skin™ platinum silicones, Mold Max™ ‘T' silicones are a less costly alternative for creating animatronic skin effects. Mold Max™ ‘T' silicones can be thickened with Thi-Vex™ ii thickener for brush-on application and effects. An infinite number of color effects can be achieved by adding Silc Pig™ silicone pigments or Cast Magic™ effects powders. Mold Max™ ‘T’ series silicones are also good for making molds used for casting plaster and wax. NOTE: Mold Max™ ‘T’ series silicones should NOT be used to make molds for casting Crystal Clear™ or Clear Flex™ Series urethanes. Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ 10T, 15T and 27T.

Mold Max™ 14NV and 29NV are tin-catalyzed silicone rubbers that offer low viscosity, fast cure and long library life. Mold Max™ 14NV and 29NV do not require vacuum degassing. Mix ratio is 100A:10B by weight. Pot life is 40 minutes. Cure time of 14NV is 4 hours at room temperature, cure time of 29NV is 6 hours at room temperature. Mold Max™ 14NV and 29NV will reproduce the finest detail and are suitable for a variety of industrial and art related applications including making molds for reproducing prototypes, furniture, sculpture and architectural elements. Cure time can be reduced with Accel-T™ cure accelerator. Mold Max™ 14NV and 29NV can be used to cast a variety of materials including wax, gypsum, low melt alloys/metals and urethane, epoxy or polyester resins. Important; Do not cast concrete into rubber molds made with this product. Concrete will not cure properly and inhibition will result. Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ 14NV and 29NV.

Mold Max™ Silicones are tin-cured silicone rubber compounds that have exceptional working properties and library life. Mold Max™ Silicones feature Smooth-On's exclusive "Libra™" catalyst for long library life. Mold Max™ silcones can be pigmented with Silc Pig™ silicone colorants. Pot life for the pourable silicones is 45 minutes and they cure overnight at room temperature. Mold Max™ Silicones will reproduce the finest detail and are suitable for a variety of industrial and art related applications including making molds for reproducing prototypes, furniture, sculpture and architectural elements. Mold Max™ 10, 20, 25 and 30 silicones can be thickened with THI-VEX™ additive for brush-on applications. (Note: THI-VEX™ is NOT compatible with Mold Max™ 40 or 60). Mold Max™ 60 offers highest heat resistance for casting metal (see separate technical bulletin). Mold Max™ Silicones can be used to cast a variety of materials including wax, gypsum, low melt alloys/metals and urethane, epoxy or polyester resins (without using a release agent). Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ silicones. Vacuum degassing mixed material using a vacuum pump and chamber to remove entrapped air is recommended.

Mold Max™ Silicones are tin-cured silicone rubber compounds that have exceptional working properties and library life. Mold Max™ Silicones feature Smooth-On's exclusive "Libra™" catalyst for long library life. Mold Max™ silcones can be pigmented with Silc Pig™ silicone colorants. Pot life for the pourable silicones is 45 minutes and they cure overnight at room temperature. Mold Max™ Silicones will reproduce the finest detail and are suitable for a variety of industrial and art related applications including making molds for reproducing prototypes, furniture, sculpture and architectural elements. Mold Max™ 10, 20, 25 and 30 silicones can be thickened with THI-VEX™ additive for brush-on applications. (Note: THI-VEX™ is NOT compatible with Mold Max™ 40 or 60). Mold Max™ 60 offers highest heat resistance for casting metal (see separate technical bulletin). Mold Max™ Silicones can be used to cast a variety of materials including wax, gypsum, low melt alloys/metals and urethane, epoxy or polyester resins (without using a release agent). Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ silicones. Vacuum degassing mixed material using a vacuum pump and chamber to remove entrapped air is recommended.

Mold Max™ 60 is a Shore 60A tin catalyzed silicone rubber formulated for applications requiring high heat resistance (up to 560°F/294°C). It features a low mixed viscosity and cured rubber exhibits very low linear shrinkage. Parts A & B are mixed 100A & 3B by weight. Pot life is 40 minutes and cure time is 24 hours. Applications include making foundry patterns, flat pattern reproductions and casting low-melt metal alloys such as tin and pewter. PLEASE NOTE: THI-VEX™ Silicone Thickener is NOT recommended for use with Mold Max™ 60. Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ 60

Mold Max™ Stroke™ is a brushable tin silicone rubber that self-thickens for making fast brush-on molds of almost any model. Properly applied, it will hold a vertical surface and will reproduce the finest detail. Mixed 100A:10B by weight, rubber quickly develops thixotropy and can be applied with a brush or spatula. Working time is 20 minutes, re-coat time is 45 minutes and cure time after the final layer has been applied is 16 hours at room temperature. Mold Max™ Stroke™ silicone will not stick to most surfaces and will cure with negligible shrinkage to a strong, flexible Shore 30A rubber. 4 thin layers is all that is necessary to make a strong and durable production mold for casting wax, gypsum, concrete or resins (urethane, polyester, etc.). Applications include reproducing sculpture, architectural restoration, candle molds, etc. Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ STROKE™.

Mold Max™ XLS™ II is a Shore 30A tin-catalyzed silicone rubber that exhibits very low long-term shrinkage. XLS™ II molds last longer than other silicones in production when casting chemically harsh resins such as epoxies and polyesters as well as urethane foams. Mix ratio is 100A:10B by weight. Pot life is 40 minutes and cure time is 24 hours at room temperature. Mold Max™ XLS™ II silicone will reproduce the finest detail and is suitable for a variety of industrial and art related applications including making production molds for, reproducing prototypes, furniture, sculpture and architectural elements. Mold Max™ XLS™ II can be thickened with THI-VEX™ II additive for brush-on applications. Important; you must weigh Part A & B components using a gram scale to be successful with Mold Max™ XLS II. Vacuum degassing mixed material using a vacuum pump and chamber to remove entrapped air is recommended.

Mold Star™ 14T, 19T, 20T and 31T are easy to use translucent platinum cure silicones that are mixed 1A:1B by volume (no weighing scale necessary). They feature a relatively low viscosity and vacuum degassing is not required for most applications. Mold Star™ T Series silicone cures to a soft, strong rubber that is tear resistant and exhibits very low long term shrinkage. Molds made with Mold Star™ silicone will last a long time in your mold library and are good for casting wax, gypsum, resins, and other materials. An infinite number of color effects can be achieved by adding Silc Pig™ silicone pigments or Cast Magic™ effects powders. Mold Star™ T Series silicones are heat resistant up to 450°F (232°C) and are suitable for casting low-temperature melt metal alloys. Note: This product will not cure against surfaces containing sulfur, even when sealed. Cured Mold Star™ T Series silicones have been tested and certified skin safe by an independent laboratory.

Mold Star™ rubbers are easy to use platinum silicones which are mixed 1A:1B by volume (no weighing scale necessary). Mold Star™ silicones feature relatively low viscosities and vacuum degassing is not required for most applications. The pot life of Mold Star™ 15 SLOW is 50 minutes and cure time is 4 hours at room temperature. Mold Star™ 16 FAST is a faster material with a 6 minute pot life and 30 minute cure time. Mold Star™ 30 is a harder material, with a 30A Shore hardness Mold Star™ silicones cure to soft, strong rubbers which are tear resistant and exhibit very low long term shrinkage. Molds made with Mold Star™ will last a long time in your mold library and are good for casting wax, gypsum, resins, concrete and other materials. Cured Mold Star™ rubber is heat resistant up to 450°F (232°C) and is suitable for casting low-temperature melt metal alloys. Note: Mold Star™ rubbers are not intended for brush-on moldmaking.

Mold Star™ rubbers are easy to use platinum silicones which are mixed 1A:1B by volume (no weighing scale necessary). Mold Star™ silicones feature relatively low viscosities and vacuum degassing is not required for most applications. The pot life of Mold Star™ 15 SLOW is 50 minutes and cure time is 4 hours at room temperature. Mold Star™ 16 FAST is a faster material with a 6 minute pot life and 30 minute cure time. Mold Star™ 30 is a harder material, with a 30A Shore hardness Mold Star™ silicones cure to soft, strong rubbers which are tear resistant and exhibit very low long term shrinkage. Molds made with Mold Star™ will last a long time in your mold library and are good for casting wax, gypsum, resins, concrete and other materials. Cured Mold Star™ rubber is heat resistant up to 450°F (232°C) and is suitable for casting low-temperature melt metal alloys. Note: Mold Star™ rubbers are not intended for brush-on moldmaking.

Mold Star™ 14T, 19T, 20T and 31T are easy to use translucent platinum cure silicones that are mixed 1A:1B by volume (no weighing scale necessary). They feature a relatively low viscosity and vacuum degassing is not required for most applications. Mold Star™ T Series silicone cures to a soft, strong rubber that is tear resistant and exhibits very low long term shrinkage. Molds made with Mold Star™ silicone will last a long time in your mold library and are good for casting wax, gypsum, resins, and other materials. An infinite number of color effects can be achieved by adding Silc Pig™ silicone pigments or Cast Magic™ effects powders. Mold Star™ T Series silicones are heat resistant up to 450°F (232°C) and are suitable for casting low-temperature melt metal alloys. Note: This product will not cure against surfaces containing sulfur, even when sealed. Cured Mold Star™ T Series silicones have been tested and certified skin safe by an independent laboratory.

Mold Star™ 14T, 19T, 20T and 31T are easy to use translucent platinum cure silicones that are mixed 1A:1B by volume (no weighing scale necessary). They feature a relatively low viscosity and vacuum degassing is not required for most applications. Mold Star™ T Series silicone cures to a soft, strong rubber that is tear resistant and exhibits very low long term shrinkage. Molds made with Mold Star™ silicone will last a long time in your mold library and are good for casting wax, gypsum, resins, and other materials. An infinite number of color effects can be achieved by adding Silc Pig™ silicone pigments or Cast Magic™ effects powders. Mold Star™ T Series silicones are heat resistant up to 450°F (232°C) and are suitable for casting low-temperature melt metal alloys. Note: This product will not cure against surfaces containing sulfur, even when sealed. Cured Mold Star™ T Series silicones have been tested and certified skin safe by an independent laboratory.

Mold Star™ rubbers are easy to use platinum silicones which are mixed 1A:1B by volume (no weighing scale necessary). Mold Star™ silicones feature relatively low viscosities and vacuum degassing is not required for most applications. The pot life of Mold Star™ 15 SLOW is 50 minutes and cure time is 4 hours at room temperature. Mold Star™ 16 FAST is a faster material with a 6 minute pot life and 30 minute cure time. Mold Star™ 30 is a harder material, with a 30A Shore hardness Mold Star™ silicones cure to soft, strong rubbers which are tear resistant and exhibit very low long term shrinkage. Molds made with Mold Star™ will last a long time in your mold library and are good for casting wax, gypsum, resins, concrete and other materials. Cured Mold Star™ rubber is heat resistant up to 450°F (232°C) and is suitable for casting low-temperature melt metal alloys. Note: Mold Star™ rubbers are not intended for brush-on moldmaking.

Mold Star™ 14T, 19T, 20T and 31T are easy to use translucent platinum cure silicones that are mixed 1A:1B by volume (no weighing scale necessary). They feature a relatively low viscosity and vacuum degassing is not required for most applications. Mold Star™ T Series silicone cures to a soft, strong rubber that is tear resistant and exhibits very low long term shrinkage. Molds made with Mold Star™ silicone will last a long time in your mold library and are good for casting wax, gypsum, resins, and other materials. An infinite number of color effects can be achieved by adding Silc Pig™ silicone pigments or Cast Magic™ effects powders. Mold Star™ T Series silicones are heat resistant up to 450°F (232°C) and are suitable for casting low-temperature melt metal alloys. Note: This product will not cure against surfaces containing sulfur, even when sealed. Cured Mold Star™ T Series silicones have been tested and certified skin safe by an independent laboratory.

Engineering flourosilicone elastomer DESCRIPTION - Two Part, red, 10:1 Mix Ratio (A: B) - 100 mole % fluorosilicone - Cures with heat via addition-cure chemistry APPLICATION - For applications requiring solvent resistance - Designed for protection of electrical components and assemblies against shock, vibration, moisture, dust, chemicals, and other environmental hazards - For molding parts such as O-rings, stoppers, and seals

Fluorosilicone foam DESCRIPTION - Two parts mix in a convenient 1:1 ratio with a white Part A and gray Part B for easy identification and mixing - Cures rapidly at room temperature to an elastomeric foam - 50% closed cell APPLICATION - For use as a solvent resistant seal - In shock and vibration dampening situations requiring a lightweight, flexible foam with excellent thermal insulation and radiation resistance - Useful where stability at higher and lower temperatures is required - For applications requiring an operating temperature range of -65 to 240°C (-85 to 465°F)

Thermally conductive fluorosilicone elastomer DESCRIPTION - A two-part, thixotropic compound - 15:1 Mix Ratio (Part A:B) - Provides thermal conductivity when cured - Cures at room or temperature or rapidly with heat APPLICATION - Provides heat transfer between electrical/electronic components and heat sinks - For use as a sealant, adhesive or molding material requiring solvent resistance - Use to adhere covers on housings or where grooves or other configurations require a non-flowable material - For applications requiring an operating temperature range of -65°C to 225°C (-85°F to 437°F)

Optically clear potting and encapsulating silicone elastomer DESCRIPTION - Two-part, optically clear, solvent free, low viscosity silicone - Cures at room temperature or rapidly with heat - Offers good physical and electrical stability across a broad range of temperatures - Convenient 1:1 Mix ratio APPLICATION - To provide protection of electronic components and assemblies against shock, vibration, moisture, ozone, dust, chemicals and other environmental hazards by potting or encapsulating - For photonics applications such as HBLEDs, photo detectors, lasers, discrete optics and flat panel displays that require a 1.41 refractive index

Fluorosilicone elastomer DESCRIPTION - Two-part, black, 50 mole % fluorosilicone elastomer - Cures at room temperature or rapidly with heat - 1:1 Mix Ratio (Part A: B) APPLICATION - For applications requiring solvent resistance - For molding parts such as O-rings, stoppers, and seals

Thermosetting silicone resin DESCRIPTION - A pre-catalyzed, solvent free, thermosetting resin - Forms a transparent rigid material when heat cured - Maintains cured properties and good electrical properties over a broad temperature range and in high humidity APPLICATION - Designed for impregnating electrical and electronic units in the nuclear power, aerospace and electronic industries - Provides excellent resistance to radiation