70-3812 NC is a two component, aluminum filled epoxy system. This system is used for making heat resistant tools, parts, or bonds that require the highest thermal conductivity and heat resistance. We have developed this extremely conductive epoxy by formulating it with a unique combination of fillers, particle sizes and dispersion techniques. 70-3812 NC has good heat dissipation making this a popular choice for a variety of heat sink applications. Common heat sink bonding applications include fin to base, folded-fin set to base, pin-fin set to base, and cold plate tube to extruded base. The 70-3812RNC is formulated with high performance materials and additives that give heat sink manufacturers improved adhesion and processing advantages. 70-3812 NC passes NASA's outgassing requirements per ASTM E-595-07. Features: - Excellent Thermal Conductivity - Superior Adhesion - Low viscosity allows quick self leveling

70-3814 is a two component fast curing aluminum filled thermally conductive epoxy adhesive. This product was specifically formulated for use in the convenient TriggerBond dual barrel cartridge system. 70-3814 has a simple 1:1 mix ratio and develops a Lap Shear Strength of over 1,000 psi in four hours at room temperature. After just twenty four hours the strength is 2,900 psi. 70-3814 offers fast heat dissipation for a wide range of assembly applications. The quick heat dissipation makes this a popular choice for many heat sink bonding applications. Features: - Fast room temperature cure - Thermally conductive - Packaged in TriggerBond system - Forms strong bonds to a variety of substrates - Aluminum filled - Vibration and impact resistant

EPSILON™ is a thixotropic epoxy coating that self thickens for brushing onto a variety of surfaces without sagging. Parts A and B mix together easily, and the mixture wets out uniformly. This product is not sensitive to moisture or humidity. EPSILON™ cures at room temperature to an impact resistant plastic which exhibits good compressive and flexural strength. EPSILON™ is color neutral, and cured material can be easily sanded, primed and painted. EPSILON™ is suitable for use as a protective, impact resistant coating for EPS or polyurethane foam. It can also be applied to plaster, concrete, wood and fabrics. This product is not sensitive to moisture or humidity and contains no VOC's.

EPSILON™ is a thixotropic epoxy coating that self thickens for brushing onto a variety of surfaces without sagging. Parts A and B mix together easily, and the mixture wets out uniformly. This product is not sensitive to moisture or humidity. EPSILON™ cures at room temperature to an impact resistant plastic which exhibits good compressive and flexural strength. EPSILON™ is color neutral, and cured material can be easily sanded, primed and painted. EPSILON™ is suitable for use as a protective, impact resistant coating for EPS or polyurethane foam. It can also be applied to plaster, concrete, wood and fabrics. This product is not sensitive to moisture or humidity and contains no VOC's.

Epsilon™ PRO is a thixotropic epoxy coating that self-thickens for brushing onto a variety of surfaces. Compared to original Epsilon™, Epsilon™ PRO offers a longer working time and cured epoxy is semi-rigid, offering better impact resistance. Mix ratio for Epsilon™ PRO is 2A:1B by volume (100A:44B by weight). A gram scale is not needed to use this product. Applied in thin layers, mixed material holds a vertical surface without sagging or slumping. Material wets out uniformly over different surfaces. Pot life is 22 minutes, with a re-coat time of 3 hours. All layers should be allowed to cure for 16 hours at 73° F / 23° C and can be accelerated with mild heat. Epsilon™ PRO is clear and can be easily colored using SO-Strong™, Ignite™ or UVO™ colorants. Cured coating has a gloss finish and can be sanded, primed and painted. Applications: Epsilon™ PRO is suitable for use as a protective, impact resistant coating for EPS or polyurethane foam. It can also be applied to plaster, concrete, wood and fabrics. This product is not sensitive to moisture / humidity and contains no VOC's.

Cosmic FARBOSET 1115 Black is a mineral filled epoxy molding compound featuring fast cure rates, and excellent hot strength. APPLICATIONS It is designed for the encapsulation of coils, transformers, bushings, switches and other electrical and electronic components requiring good hot rigidity in molding. This material is used extensively in injection and transfer molding.

Cosmic FARBOSET 1160 Black is a mineral filled epoxy molding compound featuring fast cure rates, long flow and excellent thermal shock resistance. APPLICATIONS It is designed for the encapsulation of coils, transformers, capacitors, diodes, relays, and other electrical and electronic components requiring good hot rigidity in molding.

Cosmic FARBOSET 1190 Black is a fast curing, mineral & glass filled, epoxy molding compound with improved strength properties. APPLICATIONS It is designed for the encapsulation of coils, transformers, switches and other electrical and electronic components requiring excellent thermal shock resistance. This material exhibits superior resistance to cracking.

Cosmic FARBOSET 2460 is a mineral-filled epoxy molding compound featuring fast cure rates, excellent moldability and superior thermal shock and moisture resistance. APPLICATIONS This compound was especially formulated for improved resistance to moisture ingress along with a high glass transition temperature for optimum reliability performance. It is designed to encapsulate a wide range of devices including tantalum and ceramic capacitors, resistors, resistor networks and high performance coils.

Cosmic FARBOSET 2461 Black is a mineral-filled epoxy molding compound featuring fast cure rates, superb moldability, excellent thermal shock and moisture resistance. APPLICATIONS This compound was especially formulated to achieve a high glass transition temperature for optimum reliability performance in very thin sections. It is designed to encapsulate a wide range of devices including capacitors, resistors, and inductor coils.

Cosmic FARBOSET 2472V0 is a mineral-filled novolac epoxy molding compound featuring fast cure rates, excellent moldability and superior thermal shock and moisture resistance. It is specially formulated for improved resistance to moisture ingress, along with a high glass transition temperature for optimum reliability performance APPLICATIONS It is designed to encapsulate a wide range of devices including capacitors, resistors, resistor networks, relays, and high performance coils. Its low viscosity (long spiral flow) allows the molding of delicate components in large, multi-cavity molds.

Cosmic FARBOSET 5000 Black is a mineral and glass filled epoxy molding compound featuring fast cure rates, low abrasion and excellent hot strength. APPLICATIONS It is designed for the encapsulation of coils, transformers, switches and other electrical components requiring good hot rigidity in molding. It's low abrasion characteristics makes 5000 especially suited for the encapsulation of solenoid valves.

Cosmic FARBOSET 9025 is a nonanhydride epoxy powder coating designed as an encapsulant for electronic components, and features excellent resistance to cracking during thermal cycling. APPLICATIONS This compound is designed for coating resistor networks, hybrid circuits, varistors and ceramic capacitors. It is suitable for use on wheel and fluid bed equipment.

Cosmic FARBOSET 9146 is a nonanhydride, dielectric grade epoxy powder coating featuring superior electrical and moisture resistance. APPLICATIONS This compound is designed for encapsulation of hybrids, mica capacitors and other semi conductor grade devices requiring very high purity and optimum moisture performance. It is an ideal candidate for chip on board applications due to its excellent adhesion characteristics.

YH-9012A / B is two-component epoxy resin with low viscosity, good fluidity and good leveling. It has following characteristics: 1. Transparent: black liquid. 2. It's low viscosity, good fluidity and easily penetrate into the product gap; 3. It Can be cured at room temperature 25°C or medium temperature 4. After curing, It's high hardness, high gloss like crystal, and we can see the surface is smooth and no bubbles.

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

This data represents typical values that have been calculated from all products classified as: Generic Epoxy - Glass Fiber This information is provided for comparative purposes only.

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

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

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

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

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

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

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Fuel pump diaphragms, hose, coated fabrics and vibration mounts. Can also impart antistatic properties to plastics.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Low-viscosity version of Hydrin C2000.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Lower-viscosity version of Hydrin C2000.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Medium-viscosity version of C2000.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Lowest-viscosity version of Hydrin C2000 for optimal injection flow.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Outstanding permeation resistance to helium, hydrogen, nitrogen, air and carbon dioxide. Can be sulfur or peroxide cured.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Outstanding permeation resistance to helium, hydrogen, nitrogen, air and carbon dioxide.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Outstanding permeation resistance to helium, hydrogen, nitrogen, air and carbon dioxide.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Outstanding permeation resistance to helium, hydrogen, nitrogen, air and carbon dioxide.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Terpolymer of ECH/EO/AGE. Sulfur-curable and can be blended with other elastomers.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Low-viscosity Hydrin T3000.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Lowest-viscosity version of Hydrin T3000 for optimal injection flow.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Highest-AGE-content terpolymer for enhanced cure state and ozone resistance.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Highest-ECH-content terpolymer for improved heat and permeation resistance.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications High-ECH- and AGE-content terpolymer for improved heat and ozone resistance.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Higher-EO-content polymer giving enhanced electrostatic dissipative properties. Designed for laser printer rolls.

HYDRIN® ELASTOMERS (CO/ECO/GECO), based on polyepichlorohydrin, have an excellent balance of properties for automobile applications. They exhibit notable low-temperature flexibility and adjustable dampening characteristics in addition to heat, oil and fuel resistance. More recently, Hydrin elastomers have shown a good balance of price and performance in the biofuel market. With great resistance to biodiesel fuels and ozone, Hydrin is a viable material for hose cover stock. The homopolymer Hydrin H (CO) shows superior permeation resistance to gases and air, while the copolymer (ECO) and terpolymer (GECO) products are inherently static-dissipative. GECO is an excellent candidate for charge and developer rolls in laser printers. A low-Mooney terpolymer for rolls with enhanced conductivity s now available. Terpolymers can be sulfur- or peroxide-cured. Special Properties/Applications Low Mooney, high-EO-content polymer for ESD applications. Provides low hardness.