Thermal conductive cement - List of Manufacturers, Suppliers, Companies and Products | IPROS

Thermal conductive cement Product List

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High-temperature water-soluble thermal conductive cement T-99

It is a special high-temperature thermal conductive cement that exhibits high thermal stability and excellent adhesion strength in environments up to 1000°C.

T-99 is a special high-temperature thermal conductive cement that exhibits high thermal stability and excellent adhesive strength in environments up to 1000°C. Unlike other grades of thermal conductive cement, it is also non-conductive. It is provided in a ready-to-use state and can be applied to fill TFK channels using a hand trowel. T-99 withstands thermal and mechanical shocks and provides efficient thermal conductivity with excellent adhesion. 【Features】 ■ Usable continuously at 1000°C ■ No electrical conductivity ■ Minimal mass change after drying ■ Avoids thermal shrinkage due to excellent adhesion ■ Excellent workability due to fine particles ■ Water-soluble ■ High impact resistance when exposed to prolonged thermal cycles *For more details, please refer to the catalog or feel free to contact us.

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Water-soluble thermal conductive cement T-3

Thermal conductive cement for high allowable temperatures and when high temperature retention is required.

T-3 thermal conductive cement efficiently removes air and conducts heat from the tracer by being applied between steam/electric heaters and process piping/equipment. A single salmon steam tracer using thermal conductive cement is more cost-effective than exterior materials using dedicated fasteners and demonstrates performance equivalent to three or more tracers. T-3 is used for applications with a maximum operating temperature of up to 371°C. To minimize waste and expedite installation, please use the salmon channel trace system with TFK channels. The channel trace system provides protection before thermal insulation installation. No special curing procedures are required for T-3 thermal conductive cement when using TFK channels. 【Features】 ■ Effective heat conduction of the tracer ■ The thermal conductive cement does not dissolve in water after drying. (However, it is not waterproof) ■ Reduced construction time and cost-effectiveness, as well as weather protection, by using TFK channels *For more details, please refer to the catalog or feel free to contact us.

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Epoxy resin-based thermal conductive cement T-85

For environments where high humidity and corrosion are a concern! Thermal conductive cement for medium to low temperature ranges.

Thermal conductive cement T-85 is suitable for medium to low temperature ranges and can be used in environments where high humidity and corrosion are concerns. By applying thermal conductive cement between the tracer and the equipment, air is removed, allowing for efficient heat conduction from the tracer. A single trace using T-85 is equivalent to 3 to 5 bare traces without it. The maximum operating temperature is 190°C, making it suitable for installation around valves and equipment within this range. It is sold in cartridges containing 1/10 gallon, allowing for quick and efficient application. 【Features】 ■ Non-water soluble ■ No curing required ■ Strong adhesion due to resin-based composition ■ Resistant to moisture and corrosion ■ Easy application with cartridges *For more details, please refer to the catalog or feel free to contact us.

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Heat Transfer Cement Non-Hardening NH

It is a paste-like thermal conductive cement that does not harden.

NH Non-Hardening Thermal Conductive Cement is used in areas where solidifying cement may be subject to bond failure due to thermal expansion and contraction. It can be applied to locations where equipment removal is necessary. NH is typically installed between plate-type heating coils or systems that require regular disassembly, maintaining infinite flexibility to expand and contract the cement according to changing needs and applications. Salmon's thermal conductive cement enables efficient heat transfer between external heat sources and process equipment. Salmon's NH cement improves the overall thermal transfer rate by more than three times. By eliminating the bubbles commonly seen, the primary heat is promoted to the surface area through conduction rather than convection or radiation. 【Features】 ■ Non-hardening ■ Maintains high thermal conductivity regardless of thermal expansion/contraction ■ No curing required ■ Non-water-soluble ■ No preparation needed before application ■ Removable *For more details, please refer to the catalog or feel free to contact us.

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