Fujipoly will be at SEMI-THERM showcasing its Sarcon® 50G-Hm high performance, low resistance gap filler pad, Sarcon® GR-SL low compression thermal gap filler material, and Sarcon® SG-26SL silicone-based thermal grease. The Sarcon® 50G-Hm is manufactured with a special low-tac top surface. The one-sided treatment is less sticky than the opposing surface allowing the thermal … [Read more...]
High Temperature Felt and Millboard Ideal for Industrial Appliances
Morgan Thermal Ceramics announces the availability of its Superwool® HT™ Felt and Superwool® HT™ Millboard, ideal for fabricating gaskets and heat shields for industrial appliances, including ovens, fryers and cooking equipment. The lightweight, multi-purpose products are available in a full range of sizes, thicknesses and densities and offer equivalent performance to … [Read more...]
Thermal Fuse Series Meets High Current Application Requirements
In response to market demand for applications requiring thermal cut-outs with high current capabilities, Selco Products has introduced the SWTC3 Thermal Fuse Series. The SWTC3 features a 20 Amp rating at 120/250VAC and is suited for use in a wide range of applications. Selco’s new SWTC3 and original SWTC (10 Amp continuous duty rated) thermal cutoffs are designed to provide … [Read more...]
Thin Label Material Made of 0.5 Mil Polyimide Film
Polyonics has designed an ultra-thin, white coated, polyimide label material that uses a 0.5 mil film for space constrained electronics. The XF-616 is a high temperature, thermal transfer printable material with an aggressive acrylic adhesive to insure superior bond permanence. This label material is designed to provide a 20% lower profile and survive the harsh environments of … [Read more...]
Carbon-Based Passive Thermal Management Material
Applied Nanotech’s new passive thermal management material, CarbAl™, is a carbon-based material with a unique combination of low density, high thermal diffusivity, and low coefficient of thermal expansion. CarbAl™ has a density of 1.75 g/cm3 compared to 2.7 g/cm3 for aluminum and 8.9 g/cm3 for copper. While copper has a slightly higher thermal conductivity than CarbAl™, 390 … [Read more...]
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