High durometer, RFI and EMI shielding RTV silicone DESCRIPTION - Two-part, black, electrically conductive RTV silicone - Based on a methyl silicone polymer with a broad temperature range - 10:1 Mix Ratio (Base: Curing Agent) APPLICATION - For RFI and EMI shielding for electrical and space applications - Provides protection from humidity, radiation, thermal stress and mechanical stress - Well suited for formed in place conductive gaskets - Use to adhere covers on housings or where grooves or other configurations require a flowable to limited flow material with a low viscosity - For applications requiring an operating temperature range of -65°C to 200°C (-85°F to 392°F)

RFI and EMI shielding RTV silicone elastomer DESCRIPTION - Two-part, black, static dissipative RTV silicone - Based on a methyl silicone polymer - Supplied in a convenient 1:1 mix ratio for use with automatic mix and dispense equipment APPLICATION - For RFI and EMI shielding for industrial applications - Provides protection from humidity, radiation, thermal stress and mechanical stress - Excellent for formed-in-place conductive gaskets - Use to adhere covers on housings or where grooves or other configurations require a flowable to limited flow material with a moderate extrusion rate

Electrically conductive RTV silicone DESCRIPTION - Two-part, electrically conductive RTV Silicone - Designed for enhanced performance in extreme low and high temperatures - 100:0.5 Mix Ratio (Base: Curing Agent) APPLICATION - For RFI and EMI shielding for electrical and aerospace applications - Excellent for formed-in-place conductive gaskets and grounding connections - Use to adhere covers on housings or where grooves or other configurations require a non-flowable to limited flow material

Tan potting and encapsulating silicone elastomer DESCRIPTION - Two-part, tan, electrically conductive RTV silicone - Based on a methyl silicone polymer with a broad temperature range - Designed to cure at room temperature and at elevated temperatures - 20:1 Mix Ratio (Part A: Part B) APPLICATION - For RF and EMI shielding for electrical and aerospace applications - Excellent for formed-in-place conductive gaskets and grounding connections - Use to adhere covers on housings or where grooves or other configurations require a non-flowable to limited flow material

Clear silicone elastomer DESCRIPTION - Three-part, optically clear, pourable silicone system - 1:1:0.1 Mix Ratio (Part A:B:C) - Incorporates an adhesion promoter to help adhere to polycarbonate and other difficult substrates - Offers excellent physical properties and a broad operating temperature range APPLICATION - As an adhesive or encapsulant for applications requiring optical clarity and a 1.46 refractive index - Use as an optical coupling agent, as a lens sealing material, or for other photonics applications including HBLED’s, photo detectors, lasers, discrete optics and flat panel displays

RTV silicone film adhesive DESCRIPTION - Two-part film adhesive - Cures at room temperature or rapidly with heat APPLICATION - For bonding or sealing silicone elastomers and some metals or plastics - For applications requiring shorter processing times, easy clean-up, and consistent bond thickness

Thermally conductive silicone DESCRIPTION - Two-part, white, thermally conductive silicone - Cure may be heat accelerated - 15:1 Mix Ratio (Part A: Part B) APPLICATION - To provide heat transfer between electrical/electronic components and their heat sinks - Use to adhere integrated circuit substrates, base plates, heat sinks or where grooves or other configurations require a non-flowable to limited flow material

Low viscosity, thermally conductive silicone DESCRIPTION - Two-part, white, thermally conductive, pourable silicone - Cure may be heat accelerated - 15:1 Mix Ratio (Part A: Part B) APPLICATION - To provide heat transfer between electrical/electronic components and their heat sinks - Use to adhere openings in modules and housings where grooves or other configurations require a limited flow material with moderate thermal conductivity

High strength, thermally conductive silicone DESCRIPTION - Two-part, gray, thermally conductive silicone with high strength - Cure may be heat accelerated - 20:1 Mix Ratio (Part A: Part B) APPLICATION - To provide heat transfer between electrical/electronic components and their heat sinks - Use to adhere integrated circuit substrates, base plates, heat sinks or where grooves or other configurations require a non-flowable to limited flow material

THERMALLY CONDUCTIVE SILICONE DESCRIPTION - Two-part, white, thermally conductive silicone - Cure may be heat accelerated - 15:1 Mix Ratio - (Part A:Part B) APPLICATION - To provide heat transfer between electrical/electronic components and their heat sinks - For use in extreme low temperature applications - Use for adhering openings in modules and housing where grooves or other configurations require a limited flow material with moderate thermal conductivity

RTV silicone conformal coating DESCRIPTION - A one-part, RTV silicone dispersion with a non-corrosive cure - Supplied pre-dispersed at 60% solids in xylene - Available with the addition of UV tracer to facilitate easier QC inspection APPLICATION - As a conformal coating for electrical and electronic components including rigid and flexible printed circuit boards - As a protective coating to prevent corrosion and erosion of various parts and surfaces in missiles, rockets, aircraft and launch equipment

Fast-cure silicone adhesive DESCRIPTION - Two-part, translucent, thixotropic, high tear strength silicone system - Cures at room temperature and rapidly with the application of heat in an oven, or by a heat gun or lamp - Many bonding applications do not require the use of a silicone primer for suitable adhesion - Does not require atmospheric moisture to cure - No curing byproducts such as acetic acid or methyl alcohol - Consistency allows product to be supplied in easy-to-use, airless side-by-side kits that eliminate mixing and deairing difficulties - 1:1 Mix Ratio (Part A: Part B) APPLICATION - Adhesive for bonding and sealing silicones to each other and other substrates such as metals and plastics - For rapid production or prototyping due to a rapid cure

Fast-cure silicone adhesive DESCRIPTION - Two-part, translucent, thixotropic, high tear strength silicone system - Cures rapidly with the application of heat in an oven, or by a heat gun or lamp - Many bonding applications do not require the use of a silicone primer for suitable adhesion - Does not require atmospheric moisture to cure - No curing byproducts such as acetic acid or methyl alcohol - Consistency allows product to be supplied in easy-to-use, airless side-by-side kits that eliminate mixing and deairing difficulties - 1:1 Mix Ratio (Part A: Part B) APPLICATION - Adhesive for bonding and sealing silicones to each other and other substrates such as metals and plastics - For rapid production or prototyping due to a rapid cure

Fast-cure silicone adhesive DESCRIPTION - Two-part, translucent, thixotropic, high tear strength silicone system - Cures at room temperature or rapidly with the application of heat in an oven, or by a heat gun or lamp - Many bonding applications do not require the use of a silicone primer for suitable adhesion - Does not require atmospheric moisture to cure - No curing byproducts such as acetic acid or methyl alcohol - Consistency allows products to be supplied in easy-to-use, airless side-by-side kits that eliminate mixing and deairing difficulties - 1:1 Mix Ratio (Part A: Part B) APPLICATION - As adhesives for bonding and sealing silicones to each other and other substrates such as metals and plastics - For rapid production or prototyping due to a rapid cure - For applications requiring an operating temperature range of -65°C to 240°C (-85 to 465°F)

Fast-cure white silicone adhesive DESCRIPTION - Two-part, white, thixotropic, high tear strength silicone system - Cures at room temperature or rapidly with the application of heat in an oven, or by a heat gun or lamp - Primer is not required for many bonding applications - Does not require atmospheric moisture to cure - No curing byproducts such as acetic acid or methyl alcohol - Consistency allows products to be supplied in easy-to-use, airless side-by-side kits that eliminate mixing and deairing difficulties - 1:1 Mix Ratio (Part A: Part B) APPLICATION - For bonding and sealing silicones to each other and other substrates such as metals and plastics - Suitable for fast-paced production or prototyping due to it’s rapid cure rate

Fluorosilicone adhesive/sealant/coating DESCRIPTION - A gray, two-part, RTV silicone - Supplied in a 6 oz tube with a quart of solvent/flattening agent - Federal Color Standard 36375 (flat gray) - 100 mole % fluorosilicone APPLICATION - For coating, sealing and bonding applications requiring solvent and/or fuel resistance - Can be further dispersed for spraying applications - Bonds aggressively to most surfaces - For protecting or bonding hardware components exposed to gasoline or aviation fuels

RTV fluorosilicone dispersion DESCRIPTION - One-part RTV silicone elastomer dispersed in tert butyl acetate - 100 mole % fluorosilicone APPLICATION - For coating, sealing and bonding applications requiring solvent and/or fuel resistance - Designed for spraying, dip casting, and RTV curing of thin, elastomeric films - For use as a coating to minimize ice adhesion - Bonds aggressively to most surfaces - Slight addition of heat will accelerate cure

RTV fluorosilicone dispersion DESCRIPTION - One-part RTV silicone elastomer dispersed in tert butyl acetate - Based on a fluorosilicone copolymer APPLICATION - For coating, sealing and bonding applications requiring solvent and/or fuel resistance - Designed for spraying, dip casting, and RTV curing of thin, elastomeric films - For use as a coating to minimize ice adhesion - Bonds aggressively to most surfaces - Slight addition of heat will accelerate cure

Silicone adhesive DESCRIPTION - One-part, self-leveling, solvent-free silicone material - Cures at room temperature upon exposure to atmospheric moisture APPLICATION - Bonds aggressively to most surfaces including: glass, ceramics, most metals, natural and synthetic fibers, wood, painted surfaces, many plastics and other silicone rubbers

Flame retardant, RTV silicone foam DESCRIPTION - Yields a medium density, silicone foam when catalyzed - Two Parts mix in a convenient 1:1 ratio with a black Part A and white Part B to ensure homogeneous mixtures APPLICATION - As a flame 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 intricate back-filling due to a low viscosity and longer work time

No Vacuuming - No Scale - Easy To Use . . . OOMOO™ 25 & 30 are easy to use silicone rubber compounds that feature convenient one-to-one by volume mix ratios (no scale necessary). Both have low viscosities for easy mixing and pouring . . . vacuum degassing is not necessary. Both products cure at room temperature with negligible shrinkage. OOMOO™ 30 has a 30-minute pot life, with a six-hour cure time. OOMOO™ 25 is a faster version, with a 15-minute pot life and 75 minute cure time. For The Novice Mold Maker - OOMOO™ silicones do not have great tear strength. They are good for making simple one- or two-piece block molds. If you require a high-tear strength silicone, Mold Max™ silicones are recommended. More information on Mold Max™ silicones is available at www.smooth-on.com OOMOO™ 25 & 30 are suitable for a variety of art-related and industrial applications including making one and two-piece block molds for sculpture and prototype reproduction, casting plaster, resins and wax. OOMOO™ silicones are also suitable for electrical potting and encapsulation applications.

No Vacuuming - No Scale - Easy To Use . . . OOMOO™ 25 & 30 are easy to use silicone rubber compounds that feature convenient one-to-one by volume mix ratios (no scale necessary). Both have low viscosities for easy mixing and pouring . . . vacuum degassing is not necessary. Both products cure at room temperature with negligible shrinkage. OOMOO™ 30 has a 30-minute pot life, with a six-hour cure time. OOMOO™ 25 is a faster version, with a 15-minute pot life and 75 minute cure time. For The Novice Mold Maker - OOMOO™ silicones do not have great tear strength. They are good for making simple one- or two-piece block molds. If you require a high-tear strength silicone, Mold Max™ silicones are recommended. More information on Mold Max™ silicones is available at www.smooth-on.com OOMOO™ 25 & 30 are suitable for a variety of art-related and industrial applications including making one and two-piece block molds for sculpture and prototype reproduction, casting plaster, resins and wax. OOMOO™ silicones are also suitable for electrical potting and encapsulation applications.

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