Thermal Conductive Putty

HTT Thermal Conductive Adhesive Mastic Brief Introduction

HTT Thermal Conductive Mortar, also known as Heat Transfer Mortar, Heat Conducting Mortar

Thermal Conductive Cement.

HTT thermal conductive adhesive is a high thermal conductive engineering material composed of high-purity graphite, silicon carbide, metal oxides as aggregates, and carbon fibers, adhesives, and various other materials. It boasts excellent thermal conductivity, stability, and uniformity. Its primary function is to increase the thermal conduction area and establish low thermal resistance conduction channels by using the thermal conductive adhesive in auxiliary heating and heat exchange equipment. The product is widely used in the petrochemical industry, fine chemicals, energy-saving and environmental protection, and other fields.

Section II: Characteristics of HTT Thermal Conductive Mortar

High thermal conductivity: HTT thermal conductive mortar features a thermal conductivity of 5-20 W/m.k, optimizing traditional heating processes and converting heat radiation into heat conduction. The heat transfer efficiency is increased by 50 times, enhancing the production efficiency of process heating.

2) Wide operating temperature range: From low-temperature refrigeration to high-temperature heat conduction, HTT thermal paste offers various specifications from -100 to 800°C to meet process requirements.

3) Strong Adhesion: HTT thermal paste is adaptable to complex heat transfer processes, offering strong adhesion to metals, preventing shedding or crumbling, corrosion-free, and easy to inspect and maintain.

Three HTT Thermal Conductive Adhesive Paste Selection

HTT-GT General Type Thermal Conductive Mortar: Key features include high thermal conductivity, wide temperature range, suitable for pipe heating and tank heating.

2. HTT-SSP Stainless Steel Thermal Conductive Putty: Suitable for stainless steel material heating process, chloride ion content less than 25ppm.

3. HTT-T800 High-Temperature Thermal Paste, used for high-temperature heating, waste heat recovery, new energy storage, and other fields.

4. HTT-NH450 Low Temperature Heat Conductive Mastic: Non-curing thermally conductive polymer material for low temperature refrigeration processes and equipment.