9200 is a toughened, two-part epoxy adhesive, designed to create long-lasting load-bearing joints. It adheres strongly to a wide range of materials that are difficult to bond to, including glass, ceramics, metals, engineered thermoplastics, and thermoset laminates, such as SMC (sheet molding compound) and GRP (glass-reinforced plastics). It creates tough vibration-resistant bonds, and is especially useful for joining dissimilar materials that will experience thermal cycling stresses. This product also provides excellent electrical insulation, and protects against static discharges, thermal shocks, galvanic corrosion, environmental humidity, salt water, fungus, and many harsh chemicals. It is smooth, non-sagging and thixotropic, so it is excellent for use on vertical surfaces and for gap filling. It is also useful for potting electronics in enclosures with gaps where a non-thixotropic encapsulant would flow through.

8329TFS is a thermally conductive two-part epoxy adhesive with a long working life. It is dark grey, smooth, thixotropic, and bonds well to a wide variety of substances. This product is used to bond heat sinks, LEDs, and other heat-generating components in electronic assemblies. It is suitable for use with dual-syringes, mix-tips, and automatic dispensing systems. Thermal conductivity of 1.2 W/(m·K)<BR/>1:1 mix ratio<BR/>Working life: 4 hours<BR/>Cure time: 80 minutes at 80 °C (176 °F)<BR/>Provides strong electrical insulation<BR/>High compressive strength<BR/>Strong resistance to humidity, salt water, mild bases, and aliphatic hydrocarbons<BR/>Shelf life: ≥3 years

8329TFS is a thermally conductive two-part epoxy adhesive with a long working life. It is dark grey, smooth, thixotropic, and bonds well to a wide variety of substances. This product is used to bond heat sinks, LEDs, and other heat-generating components in electronic assemblies. It is suitable for use with dual-syringes, mix-tips, and automatic dispensing systems. Thermal conductivity of 1.2 W/(m·K)<BR/>1:1 mix ratio<BR/>Working life: 4 hours<BR/>Cure time: 80 minutes at 80 °C (176 °F)<BR/>Provides strong electrical insulation<BR/>High compressive strength<BR/>Strong resistance to humidity, salt water, mild bases, and aliphatic hydrocarbons<BR/>Shelf life: ≥3 years

8329TFF is a thermally conductive, fast-cure two-part epoxy adhesive. It is off-white, smooth, thixotropic, and bonds well to a wide variety of substances. It is also flame retardant. For a 1 mL quantity, a minimal service cure can be achieved in 15 minutes at room temperature, and a full cure in 4 hours.<BR/>This product is used to bond heat sinks, LEDs and other heat-generating components in electronic assemblies. It is suitable for use with dual-syringes, mix-tips and automatic dispensing systems. Thermal conductivity of 0.8 W/(m·K)<BR/>1:1 mix ratio<BR/>Working life: 4 minutes<BR/>Set time: 15 minutes<BR/>Cure time: 4 hours at room temperature or 15 minutes at 65 °C (149 °F) <BR/>Flame retardant standard<BR/>Provides strong electrical insulation<BR/>Low CTE prior Tg<BR/>High tensile and compressive strength<BR/>Strong resistance to humidity, salt water, mild bases, and aliphatic hydrocarbons<BR/>Shelf life: ≥3 years

832WC potting and encapsulating compound is a general purpose, water-clear, hard, two-part epoxy that offers extreme environmental, mechanical and physical protection for printed circuit boards and electronic assemblies. This product is designed for applications where high clarity is required. It does not yellow when exposed to UV light or elevated temperatures, it maintains clarity in applications with service temperatures up to 65 °C (149 °F) and intermittent exposures up to 100 °C (212 °F). It also provides excellent electrical insulation and protects circuit board and other electronic devices from static discharges, vibration, abrasion, thermal shock, environmental humidity, salt water, fungus, and many harsh chemicals.<BR/>This epoxy has a convenient 2:1 volume mix ratio, making it compatible with most dispensing equipment. 832WC can be cured at room temperature or higher.

4225 is a two-part epoxy conformal coating. It conforms to a durable, tough, semi-flexible coating with an excellent finish. It protects against harsh chemicals, humidity, corrosion, oil, dirt, thermal shock, and abrasion. It also prevents high-voltage arcing, short circuits, and static discharges. 4225 is a promising choice where extreme physical and chemical resistance are required. 2:1 mix ratio<BR/>Ready to spray<BR/>Inspection under UV light<BR/>Thin coating application - can be coated as thin as 0.5 mil<BR/>Excellent corrosion and chemical resistance

8329TFF is a thermally conductive, fast-cure two-part epoxy adhesive. It is off-white, smooth, thixotropic, and bonds well to a wide variety of substances. It is also flame retardant. For a 1 mL quantity, a minimal service cure can be achieved in 15 minutes at room temperature, and a full cure in 4 hours.<BR/>This product is used to bond heat sinks, LEDs and other heat-generating components in electronic assemblies. It is suitable for use with dual-syringes, mix-tips and automatic dispensing systems. Thermal conductivity of 0.8 W/(m·K)<BR/>1:1 mix ratio<BR/>Working life: 4 minutes<BR/>Set time: 15 minutes<BR/>Cure time: 4 hours at room temperature or 15 minutes at 65 °C (149 °F) <BR/>Flame retardant standard<BR/>Provides strong electrical insulation<BR/>Low CTE prior Tg<BR/>High tensile and compressive strength<BR/>Strong resistance to humidity, salt water, mild bases, and aliphatic hydrocarbons<BR/>Shelf life: ≥3 years

Our 419D Overcoat Pen are solder resist coatings that are a fast drying, xylene and toluene free. The pen provides an excellent finish in multiple colors. They are ideal for high moisture environments and applications requiring easy repair and rework. Applications & Usages: The 419D pen protect area of a printed circuit board from taking solder, helping confine solder to intended areas only. This prevents formation of unintentional solder bridges, which could cause short circuits. It also protects electric circuits against moisture, dirt, dust, thermal shocks, and scratches that could corrode, or otherwise damage the electric components. It insulates against high-voltage arcing, shorts, and static discharges. The 419D pen improves reliability, operational range, and lengthens the life of electrical and electronic components and assemblies. Its primary applications are in the automobile, marine, aerospace, aviation, communication, instrumentation, industrial control equipment, and consumer electronics industries.

Our 419D Overcoat Pen are solder resist coatings that are a fast drying, xylene and toluene free. The pen provides an excellent finish in multiple colors. They are ideal for high moisture environments and applications requiring easy repair and rework. Applications & Usages: The 419D pen protect area of a printed circuit board from taking solder, helping confine solder to intended areas only. This prevents formation of unintentional solder bridges, which could cause short circuits. It also protects electric circuits against moisture, dirt, dust, thermal shocks, and scratches that could corrode, or otherwise damage the electric components. It insulates against high-voltage arcing, shorts, and static discharges. The 419D pen improves reliability, operational range, and lengthens the life of electrical and electronic components and assemblies. Its primary applications are in the automobile, marine, aerospace, aviation, communication, instrumentation, industrial control equipment, and consumer electronics industries.

The 8310A Conformal Coating Stripper - Gel removes most reworkable conformal coatings and readily removes thermoplastic (non-cross linked) acrylics, urethanes, and silicones based conformal coatings. It also facilitates the removal of some thermoset coatings like cross-linked silicones and polyurethanes by softening or swelling the coat to aid with mechanical removal. This stripper is safe for most types of PCB components. It is fully biodegradable and environmentally safe. Applications & Usages:The primary applications of the 8310A are for PCB maintenance and repairs. It also works well for removing conductive ink lacquers. Strips acrylics, polyurethanes, and silicones<BR/>Ideal for spot removal<BR/>Safe on metals<BR/>Contains no SVHC&#146;s<BR/>Biodegradable

834FX potting and encapsulating compound is a black, flexible, flame retardant, thermally conductive two-part epoxy that offers extreme environmental, mechanical and physical protection for printed circuit boards and electronic assemblies. This product is designed for applications where minimizing the physical stress on components is critical. It is also good in low temperature and arctic environments, as well as applications that involve temperature cycling or rapid temperature changes. It provides the functionality of silicone, but with the durability and cost-effectiveness of epoxy. It also provides excellent electrical insulation and protects components from static discharges, vibration, abrasion, thermal shock, environmental humidity, salt water, fungus, and many harsh chemicals. This epoxy has a convenient 1:1 volume mix ratio, making it compatible with most dispensing equipment. 834FX can be cured at room temperature or higher.

Our 419D Overcoat Pen are solder resist coatings that are a fast drying, xylene and toluene free. The pen provides an excellent finish in multiple colors. They are ideal for high moisture environments and applications requiring easy repair and rework. Applications & Usages: The 419D pen protect area of a printed circuit board from taking solder, helping confine solder to intended areas only. This prevents formation of unintentional solder bridges, which could cause short circuits. It also protects electric circuits against moisture, dirt, dust, thermal shocks, and scratches that could corrode, or otherwise damage the electric components. It insulates against high-voltage arcing, shorts, and static discharges. The 419D pen improves reliability, operational range, and lengthens the life of electrical and electronic components and assemblies. Its primary applications are in the automobile, marine, aerospace, aviation, communication, instrumentation, industrial control equipment, and consumer electronics industries.