Products

HTG-72TC is our highest temperature resistance thermal grease along with very high thermal conductivity. It is a heavily filled system with heat conductive metal oxides. This combination promotes high thermal conductivity, low bleed and high-temperature stability. These compounds resist changes in consistency at temperatures up to 360°C, maintaining a positive heat sink seal to improve heat transfer from the electronic device to the heat sink or chassis, thereby, increasing the overall efficiency of the device.

TG-61 is Non-Silicone thermal grease is exceptionally soft, non-silicone thermal grease. In addition to solving the problems of contamination and migration associated with traditional silicone-based thermal grease, this unique material can be spread into an extremely thin film while remaining a homogenous mixture.

STG-51TC Heat Sink Compound is silicone thermal grease material heavily filled with heat-conductive metal oxides. These combinations provide high thermal conductivity, low bleed and high temperature stability. STG-51TC specially developed to solve the problems of contamination and migration associated with silicone-based products. The compound is a unique synthetic-based thermal grease use to insure quick, efficient heat transfer and dissipation

HTG-72 – is our highest temperature resistance thermal grease, heavily filled with heat conductive metal oxides. This combination promotes high thermal conductivity, low bleed and high-temperature stability. These compounds resist changes in consistency at temperatures up to 360°C, maintaining a positive heat sink seal to improve heat transfer from the electronic device to the heat sink or chassis, thereby, increasing the overall efficiency of the device.

TG-69 compound grease-like NON-SILICONE, NON- FLOWABLE material heavily filled with heat-conductive metal oxides. These combinations provide high thermal conductivity, low bleed and high temperature stability. TG-69 has been engineered to solve the problems of contamination and migration associated with silicone-based products. Unique polysynthetic-based thermal grease used to insure quick, efficient heat transfer and dissipation for the full operational life of your hardware.

STG-41 is a non-reactive, Silicone, Thermally Conductive Grease with a high thermal conductivity and low thermal resistance with a soft, non-flowable consistency. This product is formulated with specialty binding agents to achieve lowest amount of bleed and evaporations. It is designed for applications where a silicone thermal interface material is required and where the device may later need to be easily removed from the heat sink. This compound is ideally suited for use in thin cross-sectional thicknesses down to ≤ 1 mil.

STG-40 is a non-reactive, Silicone, Thermally Conductive Grease with a high thermal conductivity and low thermal resistance with a soft, non-flowable consistency. This product is formulated with specialty binding agents to achieve lowest amount of bleed and evaporations. It is designed for applications where a silicone thermal interface material is required and where the device may later need to be easily removed from the heat sink. This compound is ideally suited for use in thin cross-sectional thicknesses down to ≤1 mil.

STG-44 is a non-reactive, Silicone, Thermally Conductive Grease with a high thermal conductivity and low thermal resistance with a soft, non-flowable consistency. This product is formulated with specialty binding agents to achieve lowest amount of bleed and evaporations. It is designed for applications where a silicone thermal interface material is required and where the device may later need to be easily removed from the heat sink. This compound is ideally suited for use in thin cross-sectional thicknesses down to ≤1 mil.

HTG-71 is a high temperature resistance thermal grease,, heavily filled with heat conductive metal oxides. This combination promotes high thermal conductivity, low bleed and high-temperature stability. These compounds resist changes in consistency at temperatures up to 300°C, maintaining a positive heat sink seal to improve heat transfer from the electronic device to the heat sink or chassis, thereby, increasing the overall efficiency of the device.