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Key Features and Typical Benefits: One component product - no mixing required, Room temperature storage, Very fast cure at elevated temperature (in a range of 110 C to 230 C), Primerless adhesion to many types of substrates (e.g. aluminum, copper, stainless steel, glass, enamel, ceramic), No formation of cure by-products; low linear shrinkage, Non-corrosive to metals and sensitive substrates, Outstanding performance over a wide temperature range Service temperature -50 C to 250 C

Key Features and Benefits DBT and STO: Simple handling procedures and equipment for easy use and low processing cost. Adjustable work time and cure rate obtainable through choice of curing agent and level used.

FRV1106 adhesive sealant is ideally suited for use in applications where resistance to the swelling effects of fuels, oils, solvents and chemicals is needed. Providing a formed-in-place gasket for pipe junctions in chemical plants, sealing seams on liquid holding tanks, Aerospace/Aircraft fuel systems and bonding sensing devices in a gas tank are typical applications. The paste consistency of these sealants allows them to be applied even on vertical and overhead surfaces in thickness up to 6 mm (1/4 in.).Key Features and Typical Benefits Resist swelling by hydrocarbon solvents, dimethyl silicone fluids and fuels. One component product, Primerless adhesion to many substrates, Room temperature cure, Non-sag paste consistency, Retain elastomeric properties at temperatures of -60 C to 204 C for long periods and to 260 C for short periods. Ozone resistant, high quality weatherability, Excellent electrical insulation properties.

KEY FEATURES: High elongation, Low shrinkage, Excellent adhesion, 30 minute cure capability at 60 C (140 F), Optically clear with a refractive index of 1.4, Non-yellowing

KEY FEATURES: High elongation, Low shrinkage, Excellent adhesion, 30 minute cure capability at 60 C (140 F), Optically clear with a refractive index of 1.4, Non-yellowing

InvisiSil OP2131SD UV-cure optical bonding silicone. Potential Applications Optical bonding for Automotive and Consumer Displays. Color: Transparent

Key Features and Typical Benefits: Convenient 1:1 mix ratio by weight/volume, Middle viscosity easily pourable Room temperature curability, Soft, tacky and sticky gel, Shock absorption and protection of delicate mechanical components from vibration Absence of reactive by-products that may contribute to corrosion. Color is Transparent

Key Features and Typical Benefits: Convenient 1:1 mix ratio by weight/volume Room temperature curability Soft, tacky and sticky gel Shock absorption and protection of delicate mechanical components from vibration, Absence of reactive by-products that may contribute to corrosion. Color is Transparent

Key Features and Benefits: One-component product, Thixotropic (paste-like) consistency, Capability to cure at room temperature and ambient humidity conditions, Excellent electrical insulation properties, Excellent weatherability, ozone and chemical resistance.

Typically used as a Thermal Interface Material (TIM), adhesive and for gap filling. Thermal conductivity of 3W/mk. Useful temperature range of -40 C (-40 F) to 150 C (302 F).

Typically used as a Thermal Interface Material, Gap filling with a 4 W/mK thermal conductivity. Useful temperature range of -40 C (-40 F) to 150 C (302 F).

Blue, two-component, low outgassing, thermally conductive, flame retardant paste, Addition (Heat) Cure.

Potential Applications: Displays for high ambient light environments. Automotive, consumer, and industrial electronics. Heavy-duty displays and touchscreens. Direct view technologies. Optical potting and other functional applications. Display, screen, and touch sensor layers in structure

Key Features and Typical Benefits: Primer-less adhesion to most commonly used metals and plastics, non-corrosiveness with most commonly known substrates, Low odor, room temperature cure, single-component product; no required mixing. Retention of elastomeric properties at temperatures of -60 C to 204 C for long periods and to 260 C for short periods, Efficient electrical insulation properties, Excellent UV, chemical, and weather resistance. Potential Applications: Electronic enclosures Protection and weatherproofing of under-hood assemblies, Door modules Sealing of forward and rear lighting.

Potential Applications: Displays for high ambient light environments. Automotive, consumer, and industrial electronics. Heavy-duty displays and touchscreen. Direct view technologies. Optical potting and other functional applications. Display, screen, and touch sensor layers in structure

Key Features and Benefits: Variable density between 5 and 16 pounds per cubic foot, Non-halogenated, fire retardant foam, Low smoke generation, Low toxicity combustion by-products, Room temperature process capable, Foam develops without use of CFCs.

Key Features and Typical Benefits; 1:1 mix ratio by weight or volume, Low viscosity - easily pourable Medium density flexible foam, Room temperature cure, Formulated to resist cracking and splitting after cure.

Key Features and Benefits: One-component products, capability to cure at room temperature and ambient humidity. Self-adhesion properties, Low temperature flexibility, High temperature performance. Excellent weatherability and ozone and chemical resistance, Excellent electrical insulation properties.

Key Features and Benefits: One-component products, capability to cure at room temperature and ambient humidity. Self-adhesion properties, Low temperature flexibility, High temperature performance. Excellent weatherability and ozone and chemical resistance, Excellent electrical insulation properties.

RTV11 white 11,000 cps , RTV21 pink 26,000 cps , RTV41 white 39,000 cps: Key Features and Benefits: Work time and cure rates can be varied, Room temperature cure, Composition free of solvents and solvent odor, Potential Applications: Potting and encapsulating electrical coils and connectors, Making cast-in-place gaskets and molds, Release applications such as providing a surface on metals and fabrics from which paint and adhesives can be easily stripped. FDA compliance. RTV11 and RTV41 silicone rubber compounds can be used in food contact applications other than contact with acidic foods where FDA regulations apply. Excellent adhesion capabilities with primer, Excellent release properties, Retention of elastomeric properties at temperatures from -54 C (-65 F) up to 204 C (400 F) continuously, and up to 260 C (500 F) for short periods of time.

Typical applications include, but are not limited to, sealing vertical joints, bonding dissimilar materials such as metal to plastic and glass to aluminium, electrical insulation of wires and terminals, and formed-inplace gasketing.

Key Features and Benefits: One-component products, capability to cure at room temperature and ambient humidity. Self-adhesion properties, Low temperature flexibility, High temperature performance. Excellent weatherability and ozone and chemical resistance, Excellent electrical insulation properties.

Key Features and Benefits: One-component products, capability to cure at room temperature and ambient humidity. Self-adhesion properties Low temperature flexibility High temperature performance. Excellent weatherability and ozone and chemical resistance, Excellent electrical insulation properties

Key Features and Typical Benefits: One-component material. Thixotropic paste consistency, Low flammability-has a UL rating of V-0 or V-1 using UL-94 test. Capability to cure at room temperature and ambient humidity conditions, Self adhesion properties, Resistance to high temperatures, Low temperature flexibility, Operating temperature range of -60~205 C (-70~400 F), Excellent weatherability and ozone and chemical resistance, Excellent electrical insulation properties, Non-halogen flame retardants.

Typical applications include, but are not limited to, sealing vertical joints, bonding dissimilar materials such as metal to plastic and glass to aluminium, electrical insulation of wires and terminals, and formed-inplace gasketing.

Typical applications include, but are not limited to, sealing vertical joints, bonding dissimilar materials such as metal to plastic and glass to aluminium, electrical insulation of wires and terminals, and formed-inplace gasketing.

Typical applications include, but are not limited to, sealing vertical joints, bonding dissimilar materials such as metal to plastic and glass to aluminium, electrical insulation of wires and terminals, and formed-inplace gasketing.

One-component, ready-to-use adhesive sealant cures to a tough, durable, resilient silicone rubber and low outgassing.

Key Features and Benefits: One-component material, Low outgassing, Room temperature cure, Primerless adhesion to many substrates, Low odor, Non-corrosive to metals, Low volatility, Low temperature flexibility, High temperature performance, Excellent weatherability, ozone and chemical resistance

RTV157 and RTV159 sealants are paste consistency products which can be applied to horizontal, vertical and overhead surfaces in applications requiring high strength and temperature performance.Key Features and Benefits High strength High temperature performance Low temperature flexibility One component Room temperature cure General primerless adhesion.

Key Features and Benefits: Non-corrosive to electronic metals, including copper and brass Low odor cure, releasing an alcohol vapor from the sealant surface during cure UL Recognition. RTV160, RTV162 and 167 are UL recognized, Retains elastomeric properties for long periods at temperatures from -60 C (-75 F) to 205 C (400 F) and for short periods up to 260 C (500 F). One component Cure at room temperature, Excellent electrical insulation properties, Excellent resistance to moisture, dust, dirt, UV, ozone and chemicals.

RTV157 and RTV159 sealants are paste consistency products which can be applied to horizontal, vertical and overhead surfaces in applications requiring high strength and temperature performance. Key Features and Benefits: High strength, High temperature performance, Low temperature flexibility, One-component Room temperature cure, General primerless adhesion.

RTV11 white 11,000 cps , RTV21 pink 26,000 cps , RTV41 white 39,000 cps: Key Features and Benefits: Work time and cure rates can be varied, Room temperature cure, Composition free of solvents and solvent odor, Potential Applications: Potting and encapsulating electrical coils and connectors, Making cast-in-place gaskets and molds, Release applications such as providing a surface on metals and fabrics from which paint and adhesives can be easily stripped. FDA compliance. RTV11 and RTV41 silicone rubber compounds can be used in food contact applications other than contact with acidic foods where FDA regulations apply. Excellent adhesion capabilities with primer, Excellent release properties, Retention of elastomeric properties at temperatures from -54 C (-65 F) up to 204 C (400 F) continuously, and up to 260 C (500 F) for short periods of time.

Key Features and Benefits: Non-corrosive to electronic metals, including copper and brass Low odor cure, releasing an alcohol vapor from the sealant surface during cure. RTV160, RTV162 and 167 are recognized by Underwriters Laboratories, Inc. under their Component Recognition Program (UL File No. E-36952). Retains elastomeric properties for long periods at temperatures from -60 C (-75 F) to 205 C (400 F) and for short periods up to 260 C (500 F). One component Cure at room temperature. Excellent electrical insulation properties. Excellent resistance to moisture, dust, dirt, UV, ozone and chemicals.

Key Features and Benefits: Extremely fast room temperature cure' Two-component for controlled cure rate. Primerless adhesion to many substrates, Low outgassing, Low odor, Non-corrosive to metals, compatible with plastics, Low temperature flexibility, Excellent weatherability, ozone, and chemical resistance, Excellent electrical insulation properties

Potential applications for RTV 511, RTV560 and RTV577 silicone elastomers include: cast-in-place heat shielding, Thermal insulation, Low and high-temperature bonding, Potting and encapsulation of electrical assemblies

RTV11 white 11,000 cps , RTV21 pink 26,000 cps , RTV41 white 39,000 cps: Key Features and Benefits: Work time and cure rates can be varied, Room temperature cure, Composition free of solvents and solvent odor, Potential Applications: Potting and encapsulating electrical coils and connectors, Making cast-in-place gaskets and molds, Release applications such as providing a surface on metals and fabrics from which paint and adhesives can be easily stripped. FDA compliance. RTV11 and RTV41 silicone rubber compounds can be used in food contact applications other than contact with acidic foods where FDA regulations apply. Excellent adhesion capabilities with primer, Excellent release properties, Retention of elastomeric properties at temperatures from -54 C (-65 F) up to 204 C (400 F) continuously, and up to 260 C (500 F) for short periods of time.

Key Features and Typical Benefits: Variable work times and cure rates by adjusting the amount and type of curing agent, Room temperature cure, Composition free of solvents and solvent odor, Excellent adhesion capabilities with primer, Excellent release properties, Retention of elastomeric properties at temperatures from -54 C (-65 F) up to 260 C (500 F) continuously, and up to 316 C (600 F) for short periods of time. Potential Applications: Typical high temperature applications for these products include, but are not limited to: Potting and encapsulating electric motors and transformers, Fabrication of rubber parts, Casting molds for low-melting point metals, Release applications such as rubber rollers, Thermal insulation.

Two-component, low outgassing, ready-to-use adhesive sealant cures to a tough, durable, resilient silicone rubber.

Potential applications for RTV 511, RTV560 and RTV577 silicone elastomers include: cast-in-place heat shielding, Thermal insulation, Low and high-temperature bonding, Potting and encapsulation of electrical assemblies

Two-component, low outgassing, ready-to-use adhesive sealant cures to a tough, durable, resilient silicone rubber.

Key Features and Benefits Provides low outgassing characteristics in a high vacuum environment, Room temperature cure, Excellent release properties, Excellent adhesion capability with primer, Retains elastomeric properties from -115 C (-175 F) up to 260 C (500 F) continuously and up to 316 C (600 F) for short periods of time.

Key Features and Benefits: Provides low outgassing characteristics in a high vacuum environment, Room temperature cure, Excellent release properties, Excellent adhesion capability with primer, Retains elastomeric properties from -115 C (-175 F) up to 205 C (400 F) continuously and up to 260 C (500 F) for short periods of time.

White, low outgassing, two-component thixotropic paste with excellent release capabilities and variable work and cure times through catalyst options.

Potential applications for RTV 511, RTV560 and RTV577 silicone elastomers include: cast-in-place heat shielding, Thermal insulation, Low and high-temperature bonding, Potting and encapsulation of electrical assemblies

Key Features and Benefits: Primerless adhesion to many metals and plastics, Non-corrosive to most substrates, Low odor cure, Low outgassing, One-component product - No mixing required, Retain elastomeric properties at temperatures of -60 C (-75 F) to 204 C (400 F) for long periods, and to 260 C (500 F) for short periods. Room temperature cure, Excellent electrical insulation properties, Excellent UV, chemical and weather resistance.

Key Features and Benefits; Convenient 1:1 mix ratio by weight or volume for use in automatic dispensing or hand operations. Chemical composition contains no solvents for ease of use on production lines. Low viscosity allows easy flow in and around complex parts. Cure rate can be accelerated by heat. Will cure in deep sections or enclosed assemblies without exotherm, and with low shrinkage. Reversion resistant and hydrolytically stable. Recognized by Underwriters Laboratories with a flammability classification of UL94V-0 in a sample thickness of 3.2 mm (0.125 in.). RTV627 silicone rubber compound is recommended for evaluation in applications such as a production line potting compound to, provide protection of electronic components and assemblies against thermal shock, vibration, moisture, ozone, dust, chemicals, and other environmental hazards. Other applications include encapsulation of high voltage transformers, voltage regulators, power converters and complete power supplies.

Key Features and Typical Benefits: Variable work times and cure rates by adjusting the amount and type of curing agent, Room temperature cure, Composition free of solvents and solvent odor, Excellent adhesion capabilities with primer, Excellent release properties, Retention of elastomeric properties at temperatures from -54 C (-65 F) up to 260 C (500 F) continuously, and up to 316 C (600 F) for short periods of time. Potential Applications: Typical high temperature applications for these products include, but are not limited to: Potting and encapsulating electric motors and transformers, Fabrication of rubber parts, Casting molds for low-melting point metals, Release applications such as rubber rollers, Thermal insulation.

Key Features and Typical Benefits: Variable work times and cure rates by adjusting the amount and type of curing agent, Room temperature cure, Composition free of solvents and solvent odor, Excellent adhesion capabilities with primer, Excellent release properties, Retention of elastomeric properties at temperatures from -54 C (-65 F) up to 260 C (500 F) continuously, and up to 316 C (600 F) for short periods of time. Potential Applications: Typical high temperature applications for these products include, but are not limited to: Potting and encapsulating electric motors and transformers, Fabrication of rubber parts, Casting molds for low-melting point metals, Release applications such as rubber rollers, Thermal insulation.

Key Features and Benefits: Conforms to the physical and electrical requirements of MIL-S-23586E, Non-corrosive to copper, Retention of elastomeric properties at high temperature up to 204 C (400 F) continuously for RTV8111 and RTV8112, up to 260 C (500 F) continuously for RTV8262. Excellent adhesion capabilities when used with primer, Room temperature cure, Composition free of solvents.

Key Features and Benefits: Conforms to the physical and electrical requirements of MIL-S-23586E, Non-corrosive to copper, Retention of elastomeric properties at high temperature up to 204 C (400 F) continuously for RTV8111 and RTV8112, up to 260 C (500 F) continuously for RTV8262. Excellent adhesion capabilities when used with primer. Room temperature cure, Composition free of solvents.

Key Features and Benefits: Conforms to the physical and electrical requirements of MIL-S-23586E, Non-corrosive to copper, Retention of elastomeric properties at high temperature up to 204 C (400 F) continuously for RTV8111, and RTV8112 up to 260 C (500 F) continuously for RTV8262. Excellent adhesion capabilities when used with primer. Room temperature cure Composition free of solvents.

RTV9910 Paste version of DBT. Convenient 10:1 mixing ratio for use in automatic dispensing or hand operations. Excellent color contrast with red RTV base compounds provides visual evidence of complete mixing. Provides extended pot life over RTV9950

RTV9910 Paste version of DBT. Convenient 10:1 mixing ratio for use in automatic dispensing or hand operations. Excellent color contrast with red RTV base compounds provides visual evidence of complete mixing.

RTV9910 Paste version of DBT. Convenient 10:1 mixing ratio for use in automatic dispensing or hand operations. Excellent color contrast with red RTV base compounds provides visual evidence of complete mixing. Provides extended pot life over RTV9950.

Key Features and Benefits: High thermal conductivity, Low volatility: reduced low molecular siloxane content, Non-corrosive to metals (including copper) One-component, fast alkoky cure, Wide operating temperature range: -40 C ~ +150 C

Key Features and Typical Benefits: High thermal conductivity, Low volatility: reduced low molecular siloxane content, Non-corrosive to metals (including copper), One-component, fast alkoky cure, Flame retardant (UL94 V-0, File No. E56745)

Key Features and Typical Benefits: Good thermal conductivity, Low viscosity, Fast cure with exposure to heat, Room temperature cure capability, Easy to use 1:1 mix ratio by weight and volume, Repairability, Non-corrosiveness to metal, UL 94V-0 Compliance (file number E56745)

Key Features and Typical Benefits: High thermal conductivity, Low oil bleed and minimal weight loss at elevated temperatures, Wide operating temperature range (-40 C ~ 150 C) Minimal ionic impurities.

Key Features and Typical Benefits: High thermal conductivity, Low thermal resistance, Thin bond lines, Highly workable -excels in screen-printing and dispensing processes, Wide operating temperature range (-40 C ~ 150 C), Minimal weight loss at elevated temperatures, Minimal ionic impurities.

Key Features and Typical Benefits: Excellent thermal conductivity, Low viscosity, Higher elongation than conventional products, Ready to use: one component, Heat accelerated cure, Excellent adhesive properties: Primerless adhesion to many types of substrates, Non corrosive to metals

Key Features: Temperature resistance, Low modulus, good dampening properties, Low viscosity, Tacky adhesion at RT, High dielectric strength (> 18 kV/mm) Typical Benefits: Under the hood usage, Thermal and mechanical stress protection, Easily flow around components prevent formation of thermally induced voids, Reliability. Potential Applications: Sensor potting, ECU potting, Power module potting, Cable joints.

Key Features and Typical Benefits: Low viscosity allows for excellent flowability, Fast cure and excellent deep section cure, Excellent adhesive properties: primerless adhesion to many types of substrates, No cure inhibition. Flame retardant: UL94HB recognized (File No.E56745) :TSE3660(A)/(B)

Key Features and Benefits: Convenient 1:1 mixing by weight, Low viscosity, free of solvents, Fast cure at room temperature, Soft gel with high elasticity.

Silopren Gel 6209FC is specially developed for electronic potting applications such as hybrid IC insulation, potting of power modules and sensors when fast cure at room temperature is required. Key Features and Benefits: Convenient 1: 1 mixing by weight, Low viscosity, free of solvents, Fast room temperature cure, Soft, tacky gel, sticking to many substrates, Mechanical shock and vibration damping properties, Useful temperature range 50 C to 150 C.

Key Features and Benefits: Fast tack-free time, Low outgassing, Low volatility, Non-corrosive to most metals, Primerless adhesion to many substrates, Low odor cure: releases an alcohol vapor during cure, Flame retardant (UL94 HB, File No. E56745).

Key Features and Benefits: Flame retardant UL94V-0 recognized (File No.E56745), Low viscosity allows for excellent flowability, Fast Cure, Excellent deep section cure, Excellent adhesive properties, primerless adhesion to many types of substrates, No cure inhibition.

Key Features and Typical Benefits: Fast tack-free time, Low outgassing, Low volatlity, Non-corrosive to most metals, Primerless adhesion to many substrates, Low odor, cure: releases an alcohol vapor during cure Flame retardant (UL94HB recognized, File No. E56745)

Key Features and Benefits: Fast tack-free time, Low outgassing, Low volatility, Non-corrosive to most metals, Primerless adhesion to many substrates, Low odor cure: releases an alcohol vapor during cure, Thermally conductive Flame retardant (UL94 V-0, File No. E56745).

SS4004P and SS4044P primers help promote adhesion to metals (such as aluminum, copper, steel, stainless steel, brass, and galvanized metals), porous materials, unglazed ceramics and wood. SS4004P primer is bright pink, providing easy visual determination of uniform coating. SS4044P primer is virtually identical to SS4004P primer, but is designed for applications where discoloration of the substrate is undesirable.

SS4004P and SS4044P primers help promote adhesion to metals (such as aluminum, copper, steel, stainless steel, brass, and galvanized metals), porous materials, unglazed ceramics and wood. SS4004P primer is bright pink, providing easy visual determination of uniform coating. SS4044P primer is virtually identical to SS4004P primer, but is designed for applications where discoloration of the substrate is undesirable.

SS4120 primer helps promote adhesion of Momentive Performance Materials addition cure RTVs and is used where clarity is needed. SS4155 is a general purpose primer for use with any RTV.

SS4179 primer helps promote adhesion of Momentive Performance Materials sealant to difficult-to-bond plastic substrates including: acrylics, acrylonitrile-butadiene-styrene (ABS), cellulosics (cellulose acetate), high-impact styrene, polyphenylene, oxide resins (PPO), polysulfones, polyesters, rigid polyvinylchloride (PVC), thermoplastic resins (Noryl).

Key Features and Benefits of DBT and STO: Simple handling procedures and equipment use for easy and low processing cost. Adjustable work time and cure rate obtainable through choice of curing agent and level used.

SS4120 primer helps promote adhesion of Momentive Performance Materials addition cure RTVs and is used where clarity is needed. SS4155 is a general purpose primer for use with any RTV.

Key Features and Typical Benefits: Good thermal conductivity, Fast cure with exposure to heat, Easy to use 1:1 mixing ratio by weight or volume Flame Retardant: UL94 V-0 certified (File No. E56745)

Flowable, High-elongation gel at cure, with low temperature heat cure, transparent. Mix ratio 100:100 by weight

Key Features and Typical Benefits: Low viscosity permits excellent potting, Transparent appearance. Cure rate can be accelerated by heat. No reactive by-products: no concerns regarding corrosion. Excellent resistance to temperature extremes.

Key Features and Typical Benefits: Convenient 1:1 mix ratio by weight, Low viscosity - easily pourable, Room temperature curable and heat accelerated cure, Soft, tacky gel, Absorbs shock and protects delicate mechanical components from vibration, No reactive by-products; non corrosive, Excellent electrical properties, Excellent resistance to temperature extremes.

Key Features and Typical Benefits: Easy to use - one component, no mixing required, long pot life, Low viscosity - pours easily, penetrates complex assemblies, Heat accelerated, cure Fast heat cure system. Soft, tacky, sticky gel Absorbs shock and protects delicate mechanical components from vibration.

Key Features and Typical Benefits: Convenient 1:1 mix ratio by weight Low viscosity permits excellent potting, Transparent appearance, Primerless adhesion to a variety of materials including, metals, and some plastics. No reactive by-products: no concerns regarding corrosion. Excellent resistance to temperature extremes.

Key Features and Typical Benefits: One component products - no mixing required, Fast cure at elevated temperature, Primerless adhesion to many substrates, Non-corrosive to metals and sensitive substrates, Excellent dielectric properties, Outstanding performance over a wide thermal range.

Key Features and Typical Benefits: Good thermal conductivity properties, Adhesion to many substrates without the use of a primer, One component formulation for ease of handling, No cure by-products / low shrinkage allows for deep section application and use in enclosed assemblies, Good dielectric properties.

Primerless adhesion to many substrates, Fast cure, Long-term elasticity, Non-corrosiveness, One-component availability, Choice of cure systems, Broad application, Potential Applications : Headlamp assemblies, ECU adhesion, Sensor adhesion, Wire connector seating, HVAC systems

Key Features and Typical Benefits: One component product - no mixing required. Cures at elevated temperature, Low viscosity and semi-flowable, Primerless adhesion to many types of substrates, No cure by-products, low linear shrinkage, Non-corrosive to metals and sensitive substrates Flame retardant: UL94HB recognized (File No. E56745)

Key Features and Typical Benefits: Convenient 1:1 mix ratio by weight, Low viscosity allows for superior flowability. Excellent flammability properties (UL94 V-0 recognized). Excellent thermal conductivity properties. Excellent adhesive properties. Primerless adhesion to many substrates. Excellent heat resistance.

Key Features and Typical Benefits: Excellent thermal conductivity, Low volatility; reduced low-molecular siloxane content, One-component; ready to use, Room temperature cure, Neutral cure; non-corrosive to metals Low odor cure; releases an alcohol vapor during cure. Excellent adhesion to most substrates.

High temperature catalyst. This catalyst is not resistant to sulfer-based clays. Generally suitable for jewelry molding and spin soldering. Catalyst for mold making materials.

Two part, high strength, condensation (tin) cure mold making product. It offers mid durometer, low viscosity, and long worklife

A two part, high strength, condensation (tin) cure mold making product. It can be used with three different catalysts and therefore offers a variety of curing options to be customized for your needs

A two part, high strength, condensation cure mold making product. It can be used with three different catalysts and therefore offers a variety of curing options to be customized for your needs. Art production, Architectural and Furniture Mold Making

A two component silicone rubber mold making compound cures at room temperature to a high strength silicone rubber, Blue

A two part, addition (platinum) curing mold making product offering high durometer for applications requiring greater dimensional stability. RTV662 offers highest durometer (68 Shore A) and highest work life in the RTV600 series

A two part, addition (platinum) curing mold making product offering high durometer for applications requiring greater dimensional stability. RTV664 is a high durometer (62 Shore A), long work life product

A two part, addition (platinum) curing mold making product offering high durometer for applications requiring greater dimensional stability. RTV668 is a high durometer (62 Shore A) product formulated for sulfur resistance. It is ideal for casting with masters made of pine, oak, and elm.

Mold Making Compound, Mid durometer with excellent resistance to polyester. Offers a variety of curing options.

Thixotropic primer agent for condensation cure products. Add ~3% by weight to the base and allow to sit for ~5 minutes. This product is typically used to allow the silicone to be brushed onto vertical surfaces. There is typically no impact to the cure rate.

TSE3488NT ��_��__heat-resistant ��_��__mold making material typically cures at room temperature, and has the advantage of accelerated cure in the presence of ��_��__heat. This RTV mold making material ��_��__can reach cure times of less than one hour. Due to a shorter cure window, TSE3488NT mold making material can allow ��_��__faster production times, and thus the potential for increased cost savings.

Dilutant additive to add more customization to durometer. Sometimes used as a mold lubricant. Can add up to ~7% by weight to the base without significantly impacting the physical properties.

With this mold making materials ability to be used in the creation of molds for home appliance, mobile phone and copy machine prototypes, TSE3478T high-strength silicone rubber has also demonstrated the ability to be utilized when creating parts for the automotive industry, such as radiator grilles, console boxes and lighting prototypes. With its specially formulated viscosity and oil-bleed release properties, TSE3478T high-strength silicone rubber can allow high levels of detail work from the master molded part to be achieved, even after long-term use.��_��__