Used ASM Harrier #9302331 for sale

ASM Harrier is a thermally conductive epoxy adhesive designed for fast, strong, permanent bonding of various metals and ceramics. As a multi-purpose structural adhesive, Harrier bonds firmly to a wide variety of materials, ranging from aluminum and copper alloys to glass and quartz. Due its long-lasting and superior thermal transfer properties, ASM Harrier is often used in electronics and microelectronics applications where strong, thermally conductive interfacial joining of components is desired. Harrier consists of two components, an epoxy resin and a hardener. The resin is a low viscosity material that contains metallic oxide particles which are blended to improve the thermal conductivity of the bond. These metallic oxide particles also increase the mechanical strength of the final bond. The hardener consists of a catalytic agent, a high temperature stabilizer and a low melt point plastic. When mixed together, the epoxy resin and hardener create a single part, highly adhesive material that can be stored indefinitely. When used to bond the desired components, the epoxy resin and hardener must be properly mixed of even distribution. The two components are then mixed together until a homogenous consistency is achieved. The epoxy should then be applied in a thin, uniform coat to the substrate and a second substrate is placed into position. The components should be held together for a few seconds until the bond sets. The bonds can reach full strength several hours after curing. ASM Harrier boasts excellent thermal stability and is designed to withstand temperatures up to 350 degrees Celsius. This makes it ideal for various thermal management, sealing and insulation applications. The adhesive is also extremely resistant to varying weather conditions and resists chemical corrosion from various substances. Harrier is an excellent choice for industry professionals due to its exceptional bonding properties and thermal stability. This epoxy adhesive makes for strong, durable, permanent bonds that are resistant to temperature, weather and chemical corrosion.