Optically clear silicone gel DESCRIPTION - Two-part, 1:1 Mix Ratio (Part A: Part B) - 1.52 refractive index for matching BK7 - Cures with heat via addition-cure chemistry and will cure at room temperature APPLICATION - For protection of sensitive photonics assemblies from mechanical shock, thermal shock, dust, and ambient atmosphere - Low viscosity reduces voids in complex assemblies to fill in and permits time for any trapped air bubbles to float to the fluid surface and escape - For applications requiring optically clear materials with a refractive index of 1.52 at 589 nm - For LEDs and display assembly

Optically clear silicone gel DESCRIPTION - A two-part optically clear gel - A 1.43 refractive index at 589 nm - 1:1 Mix Ratio (Part A:B) APPLICATION - For applications requiring index matching at 1.43 - For protection of sensitive photonics assemblies from mechanical shock, thermal shock, dust, and ambient atmosphere

Optically clear silicone elastomer DESCRIPTION - Two-part, optically clear silicone system - Based on a methyl silicone polymer - Low viscosity - 1:1 Mix Ratio (Part A:B) - Requires heat to cure APPLICATION - For bonding, casting or compression molding of high performance optical components - For applications requiring index matching at 1.40 - For photonics applications requiring low volatility silicone to avoid contamination

Optical thermoset DESCRIPTION - Two-part, pourable, optically clear, silicone - 1:1 Mix Ratio (Part A:B) APPLICATION - Use in the injection and transfer molding of optical components - As an adhesive or encapsulant for applications requiring index matching at 1.41

Optically clear primerless silicone encapsulant DESCRIPTION - Two Part, Transparent, 1:1 Mix ratio (A:B) - Low volatility and high purity - High tensile strength, low viscosity - REACh and RoHS compliant - Tested per UL-94 and passed V-0 - Requires heat to cure APPLICATION - Designed for optically harsh environments such as High Power LED and UV LED packages - Generates zero defect devices (See Appendix 1) - Adheres to ceramic, PPA and aluminum without a primer (See Appendix 1) - Has excellent thermal stability (See Appendix 1) - Protects electrical components and assemblies against shock, vibration, moisture, dust, chemicals, and other environmental hazards

High purity, dielectric, firm silicone gel DESCRIPTION - High purity, optically clear, firm silicone gel - Two medium viscosity components blend easily in a convenient 1:1 ratio by weight or volume APPLICATION - For potting, encapsulating, backfilling, and dampening applications requiring a firm gel with optical clarity - Recommended for use with automatic dispense systems - For applications requiring an operating temperature range of -65°C to 200°C (-85°F to 392°F)

Optically clear primerless adhesive silicone gel DESCRIPTION - High purity, optically clear, soft silicone gel - Medium viscosity components can be blended in a convenient 1:1 ratio by weight or volume - Cures at room temperature in 24 hours - 1.54 refractive index - Good UV Resistance - Good adhesion without the use of primer APPLICATION - For potting, encapsulating, backfilling, and dampening applications requiring a soft gel with optical clarity - Viscosity is excellent for dispersing phosphors to obtain high brightness white light - For applications requiring an operating temperature range of -40°C to 200°C (-40°F to 392°F) or for soldering operations up to 260°C (500°F) for 1 to 2 minutes.

High purity, dielectric, firm silicone gel DESCRIPTION - High purity, optically clear, firm silicone gel - Two medium viscosity components blend easily in a convenient 1:1 ratio by weight or volume APPLICATION - For potting, encapsulating, backfilling, and dampening applications requiring a firm gel with optical clarity - Recommended for use with automatic dispense systems - For applications requiring an operating temperature range of -65°C to 200°C (-85°F to 392°F)

Optically clear, diphenyl, firm silicone gel DESCRIPTION - A two-part encapsulation gel - A 1.43 refractive index - 1:1 Mix Ratio (Part A:B) APPLICATION - For protection of sensitive photonics assemblies from mechanical shock, thermal shock, dust, and ambient atmosphere - For use in extreme temperatures: features an operating an operating temperature range of -115°C to 265°C (-178°F to 500°F)

Low consistency elastomer DESCRIPTION - Two-part, optically clear silicone system - Based on a methyl silicone polymer - Low viscosity - 1:1 Mix Ratio (Part A:B) APPLICATION - For bonding, casting or injection molding of high performance optical components - For applications requiring index matching at 1.40 - For photonics applications requiring low outgassing and minimal volatile condensables to avoid condensation in sensitive devices

Optical thermoset DESCRIPTION - Two-part, optically clear, solvent free, low viscosity silicone - Cures at room temperature or rapidly with heat - 10:1 Mix Ratio (Part A:B) APPLICATION - For bonding, casting or injection molding of high performance optical components - For applications requiring index matching at 1.41 - For applications requiring an operating temperature range of -65 to 240°C (–85 to 465°F)

Optical thermoset DESCRIPTION - Solvent-free, low viscosity, clear, two-part silicone elastomer - Accelerated cure rate with heat - Based on a dimethyl diphenyl silicone copolymer - 10:1 Mix Ratio (Part A:B) APPLICATION - For bonding, casting or injection molding of high performance optical components - For applications requiring index matching at 1.43 - For applications requiring an operating temperature range of -115 to 260°C (–175 to 500°F)

Optical thermoset DESCRIPTION - Two-part, optically clear, silicone system that pours - Cures at room temperature or rapidly with heat - Offers good physical properties and a broad operating temperature range - 1:1 Mix Ratio (Part A:B) APPLICATION - For bonding, casting or injection molding of high performance optical components - For applications requiring index matching at 1.46

Optically clear, high durometer silicone elastomer DESCRIPTION - Two-part, optically clear, non-phenyl containing addition cure silicone - Designed to stay thermo-optically stable with heat and UV exposure - 24 hours minimum work time - 80 Type A durometer aids with scratch resistance and reduces tackiness APPLICATION - For molding or casting hard, non-yellowing lenses for LED, solar or other applications where a hard, optically-stable silicone is needed - Viscosity is designed to be used with conventional Liquid Injection Molding equipment, and the material is self-leveling for casting application techniques

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

Flame retardant, RTV silicone foam DESCRIPTION - Yields a medium density, flame retardant silicone foam when catalyzed - Mix in a convenient 1:1 ratio with a black Part A and white Part B for easy identification and mixing - Cures to an elastomeric foam - Increased work time over other foams 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

Thermosetting silicone resin DESCRIPTION - A solvent-free, thermosetting resin - Forms a transparent, rigid material that retains its cured properties over a broad temperature range (up to 300°C/570°F) - Has good dielectric properties at high temperatures and humidity - Excellent resistance to radiation - 100:1 Mix Ratio (CF-4721:Dicumyl Peroxide) APPLICATION - For encapsulating electrical and electronic units - For electronics and photonics applications

Fluorosilicone elastomer DESCRIPTION - Two-part, fluorosilicone elastomer - 1:1 Mix Ratio (Part A:B) - Cures at room temperature or rapidly with heat - 50 mole % fluorosilicone APPLICATION - Use as a coating, sealant, adhesive or molding material in applications requiring solvent resistance

Controlled volatility silicone DESCRIPTION - Two-part, optically clear silicone system - Convenient 1:1 mix ratio (Part A:B) APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - As an embedding or potting compound for electronic assemblies and components to provide protection from extremes humidity, radiation, thermal stress and mechanical stress - As an adhesive in low-strength applications such as solar cell arrays where clarity and low volatility are important Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Controlled volatility RTV ablative silicone DESCRIPTION - Two-part, red, low specific gravity, RTV silicone - 1:1 Mix Ratio (Part A: Part B) APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions to avoid condensation in sensitive devices - Use a bonding, sealing, or potting material in electronic and space applications - Provides radiation resistance, low thermal conductivity, oxidation stability, thermal stability and good ablative characteristics - Especially useful to bond solar cells to solar array panels - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Non-corrosive, controlled volatility, RTV silicone adhesive/sealant DESCRIPTION - One-Part, translucent, self-leveling RTV silicone APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - As a sealing, caulking, adhesive or potting material in electronic and space applications requiring minimal outgassing to avoid condensation in sensitive devices - For bonding and sealing with controlled flow for consistent bond lines in applications that require a high extrusion rate and one-part material - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Non-corrosive, controlled volatility, UV tracer, RTV silicone adhesive/sealant DESCRIPTION - One-Part, translucent, self-leveling RTV silicone - High extrusion rate APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - As a sealing, caulking, adhesive or potting material in electronic and space applications requiring minimal outgassing to avoid condensation in sensitive devices - For bonding and sealing with controlled flow for consistent bond lines - Built in UV tracer - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Controlled volatility RTV silicone atomic oxygen protective overcoat DESCRIPTION - One-part silicone dispersion - Provided as an RTV silicone dispersion in VM&P Naphtha APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - As a protective overcoating for atomic oxygen resistance in space applications - Provides radiation and thermal stress resistance - Ideal for coating electronics components due to a non-corrosive nature - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Controlled volatility RTV silicone atomic oxygen protective coating DESCRIPTION - One-part, flat black silicone dispersion - Provided as an RTV silicone dispersion in VM&P Naphtha APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - Provides atomic oxygen protection and resistance to radiation and thermal stress - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Controlled volatility RTV silicone atomic oxygen protective coating DESCRIPTION - One-part, black silicone dispersion - Provided as an RTV silicone dispersion in VM&P Naphtha APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - Provides atomic oxygen and electrostatic discharge protection - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Non-corrosive, controlled volatility, RTV silicone adhesive/sealant DESCRIPTION - One-Part, translucent silicone RTV - Non-slumping in thin sections APPLICATION - For applications requiring extreme low temperature, low outgassing and minimal volatile condensables under extreme operating conditions - As a sealing, caulking, adhesive or potting material in electronics and space applications requiring minimal outgassing to avoid condensation in sensitive devices - For bonding and sealing in applications such as overhead or vertical joints that require a non-slumping and one-part material - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Non-corrosive, controlled volatility, RTV silicone adhesive/sealant DESCRIPTION - One-Part, translucent, non-slumping RTV silicone APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - As a sealing, caulking, adhesive or potting material in electronic and space applications requiring minimal outgassing to avoid condensation in sensitive devices - For bonding and sealing in applications such as overhead or vertical joints that require a non-slumping and one-part material Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Controlled volatility RTV silicone oxygen protective overcoat DESCRIPTION - One-part silicone dispersion - Provided as an RTV silicone dispersion in VM&P Naphtha APPLICATION - For applications requiring extreme low temperature, low outgassing and minimal volatile condensables under extreme operating conditions - As a protective overcoating for electronic components and atomic oxygen resistance in space applications - Provides radiation and thermal stress resistance - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Controlled volatility RTV silicone atomic oxygen protective coating DESCRIPTION - One-part, flat black silicone dispersion - Provided as an RTV silicone dispersion in VM&P Naphtha APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - Provides atomic oxygen protection and resistance to radiation and thermal stress - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Controlled volatility RTV silicone conformal coating DESCRIPTION - One-part, flowable, solvent free silicone APPLICATION - For industrial or space applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - As a conformal coating on rigid and flexible circuit boards - For encapsulating sensitive electronic components such as connectors and switches - To provide protection against harsh environments while maintaining good dielectric properties - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Controlled volatility potting and encapsulating silicone elastomer DESCRIPTION - Two-part, white silicone system - 1:1 Mix Ratio (Part A:B) APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - To provide protection of electric components and assemblies against shock, vibration, moisture, dust, chemicals and other environmental hazards - Ideal for use in potting connectors, cable harness breakouts, molded high-voltage terminals, seals and gaskets due to its high tear strength - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Controlled volatility RTV silicone DESCRIPTION - Two-part, flowable, red RTV silicone - 100:0.5 Mix Ratio (Base: Curing Agent) APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - Use a sealing, caulking, adhesive or potting material in electronic and space applications where high vacuum environments are encountered - For applications requiring a broader operating temperature range

Controlled volatility electrically conductive RTV silicone DESCRIPTION - Two-part, tan-colored, electrically conductive, RTV silicone - 100:0.5 Mix Ratio (Base: Curing Agent) - Designed for enhanced performance in extreme low and high temperatures APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions to avoid condensation in sensitive devices - Use for RFI and EMI shielding in electrical and space applications - Use to adhere covers onto housings or for any application where grooves and other configurations require a non-flowable to limited flow material - For applications requiring a broader operating temperature range Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Thermally conductive, controlled volatility silicone DESCRIPTION - Two-part, white, thermally conductive silicone - Will cure with the addition of heat - 10: 1 Mix Ratio (Part A: Part B) APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - 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 flowable to limited flow material Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%

Thermally conductive, controlled volatility silicone elastomer DESCRIPTION - Two-part, white, thermally conductive, low viscosity silicone elastomer - Cures with the addition of heat - 1:1 Mix Ratio (Part A: Part B) APPLICATION - For applications requiring low outgassing and minimal volatile condensables under extreme operating conditions - 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 limited flow material Meets or exceeds the ASTM E 595 low outgas specifications outlined in NASA SP-R-0022A and European Space Agency PSS-014-702, with a TML of =1% and CVCM of =0.1%