What does thermal mastic look like? What is a thermally conductive adhesive

Thermally conductive cement is widely used in the field of industrial heat tracing and heat exchange to strengthen heat transfer materials, its main function is to increase the heat conduction area and establish a heat transfer channel with high efficiency and low thermal resistance through the use in heat tracing and heat exchange devices, so as to improve heat transfer efficiency, reduce energy consumption, and prevent materials from clogging the process pipeline due to insufficient heat tracing temperature and crystallization. In addition, heat transfer cement can effectively improve the heat transfer uniformity of heat tracing and heat exchange devices, especially in high-temperature heat tracing systems and electric heat tracing systems, so as to prevent the problem of material degeneration caused by local overheating of the heated medium.

The main function of HXD series heat transfer cement (thermal conductive cement) is to change the line contact between the heat trace pipe and the material pipe or equipment to the surface contact. The heat transfer mode between the heat trace pipe and the material pipe or equipment is also changed from heat radiation to heat conduction heating radiation, which greatly improves the heat transfer effect. Introduction to Heat Transfer Cement HXD heat transfer cement is widely used in pipeline equipment and storage tanks in electric power, chemical, metallurgy, pharmaceutical and other industries.

Heating and insulation during production or shutdown. Especially for high viscosity, fuel oil, lubricating oil, asphalt and concentrated sulfuric acid with high freezing point and various saturated gases, due to cooling to solidify or produce condensate, increase viscosity to play a role in heat transfer stability, and heating uniformity, prevent crystallization, anti-solidification and quality stability has a good guarantee effect. The heat transfer efficiency is doubled, and the effect of energy saving and consumption reduction is outstanding, and the investment cost is reduced, and a lot of energy is saved, which is widely used in many large enterprises at home and abroad.

Thermally conductive cement generally has thermal conductivity, thermal conductivity, construction, reworkability, insulation, service life, thickness, shock absorption, and form.

Thermally conductive cement, also known as thermally conductive putty, thermally conductive silicone gel, etc., is made of silicone resin as the base material, adding thermally conductive fillers and bonding materials, it has superior high and low temperature resistance, low mechanical stress and high compression deformation performance, excellent weather resistance, radiation resistance and superior dielectric properties, no volatiles.

The thermal conductive cement has excellent thermal conductivity, electrical insulation, stability, low consistency and good construction performance, and is suitable for filling unshaped gaps.

Liwang thermal conductive cement can be widely used in various electronic products, electrical equipment between the heating elements (power tubes, thyristors, electric piles, etc.) and heat dissipation facilities (heat sinks, heat sinks, shells, etc.), playing the role of heat transfer medium and moisture-proof, dust-proof, corrosion-proof, shockproof and other properties. It is suitable for filling the surface gaps of various microwave devices such as microwave communication, microwave transmission equipment, microwave special power supply, stabilized power supply, etc., and provides excellent thermal conductivity effect for electronic components that generate heat.

Thermally conductive silica gel is a high-end thermally conductive compound, and it does not solidify the ridge and does not conduct electricity, which can avoid risks such as electric rot, seepage and short circuit. Thermally conductive adhesive sealing silicone rubber is a one-component, thermally conductive, room-temperature-curing silicone Hengqi adhesive sealant.

It is a condensation reaction of water in the air to release low molecules to cause cross-linking and solidification, and vulcanization into high-performance elastomers. It has excellent resistance to alternating cold and heat, aging resistance and electrical insulation. And it has excellent moisture resistance, shock resistance, corona resistance, leakage resistance and chemical resistance.

Lasts at -60 to 280°C and maintains performance. It does not swell and has good adhesion to most metallic and non-metallic materials, and can be used for electronic components.

The damping sheet, also known as cement or damping block, is a viscoelastic material attached to the inner surface of the body, which is closely attached to the steel wall of the body, mainly to reduce noise and vibration, and play a damping role. All cars are fitted with damping plates. <

The damping sheet, also known as cement or damping block, is a viscoelastic material attached to the inner surface of the body, which is closely attached to the steel wall of the body, mainly to reduce the noise and vibration of the combustion and transportation, that is, to play the role of damping. All cars are equipped with damping plates, such as Mercedes-Benz, BMW and other brand cars are sold badly. In addition, damping sheets are also used in aerospace vehicles, airplanes, and other machinery that requires shock and noise reduction.

In March 2013, the three major luxury car brands used asphalt damping sheets, resulting in serious pollution of the air quality in the car.

Hello, glpoly thermal management experts around you will answer you in detail:

Thermal mud and gel are actually the same kind of thermal conductive materials. It's just a different name.

Let's take a look at GLPOLY Thermal Conductive Gel XK-G30

Thermally conductive gel XK-G30, commonly known as thermally conductive cement or thermally conductive clay, syringe packaging, automatic dispensing, high temperature resistance, non-corrosive metal, 100% cured thermally conductive clay.

XK-G30 is a high-performance thermal conductive gel, which is made of silica gel as the matrix and filled with a variety of high-performance ceramic powders, the thermal conductive gel has the characteristics of high thermal conductivity, low thermal resistance, good adhesion to heat dissipation parts, insulation, automatic filling of gaps, maximum increase of limited contact area, and infinite compression.

It is the perfect alternative to Coomerica GEL 30

Thermal Conductive Gel (Thermal Conductive Cement) XK-G30 Value to Customers:

1) Ultra-low thermal resistance of thermal conductive gel optimizes the heat dissipation performance of the product.

2) Convenience of R&D and design, because the thermal conductive gel is a paste and permanently self-adhesive, so when designing the product, there is no need to consider the restrictions of product size and tolerance, and it can be flexibly designed according to the optimal effect of the design.

3) The convenience of procurement management, thermal conductive gel syringe packaging, one model specification can realize the needs of a variety of models and products, greatly simplifying procurement management and warehouse management.

4) Thermal conductive gel XK-G30 process automation, syringe packaging, can be used with automatic dispensing process, greatly improve the construction efficiency, reduce labor costs and time costs, and optimize the stability of the product.

It's just a different name. Actually, it's all one thing.

GLPOLY, a major brand of Chinese copycat thermal conductive materials

Thermally conductive silica cement is a kind of excellent heat conductive medium, thixotropy.

Excellent BAI, can be kneaded into any shape, DU can be used in all kinds of electronic components, can glue the heat generated on the electronic components to the heat dissipation shell efficiently, so as to improve the heat dissipation capacity of electronic components. It can also be used as a heat transfer material, as long as the thermal conductive silica cement is evenly applied to the device that needs to be heated, the heat dissipation of the heating source can be efficiently and evenly conducted to the device that needs to be heated, and the most typical application is: heat tracing pipe.

The heat tracing pipe is a kind of heating pipe attached to the chemical and petrochemical transmission pipeline, and its main function is to provide heat for the transportation pipeline, so that the chemical raw materials in the transportation pipeline will not solidify due to too low temperature, resulting in blockage. However, in many cases, in order to save costs, there is usually only one heat tracing pipe on the conveying pipe, which will cause the uneven heating of the conveying pipe, which is easy to cause material denaturation, such as degradation, charcoal, loss of activity, etc. In order to solve this problem, people usually use thermally conductive silica cement to apply a circle on the heat trace pipe and the transmission pipe, so that the heat on the heat trace pipe is evenly conducted to the transmission pipe, which not only saves costs but also is convenient for construction.

What is Thermal Grease?

Thermal grease is a kind of thermally conductive silicone grease composite made of silicone as the main raw material, adding materials with excellent heat resistance and thermal conductivity, which is used for thermal conductivity and heat dissipation of electronic components such as power amplifiers, transistors, electron tubes, CPUs, etc., so as to ensure the stability of the electrical performance of electronic instruments and meters.

And what is thermally conductive cement?

Thermally conductive cement is a kind of gel made of thermal conductive material and adhesive material as the main material through appropriate processing technology, which has strong heat transfer efficiency, excellent heating uniformity and thermal stability, and is widely used in pharmaceutical, chemical, petroleum and other fields at home and abroad.

In the production process of petrochemical industry, many equipment and pipelines should be heated or cooled by snake pipes or accompanying pipes outside. Because the contact surface between the pipe and the wall or main pipe can only be linear contact, or even no contact, it has to rely on air convection and heat conduction with poor thermal conductivity, due to poor heat transfer efficiency, not only the heat loss is large, but also the heating and cooling rate is low, which affects the production. At present, foreign countries are using heat transfer cement that is hundreds of times larger than the air thermal conductivity to fill the gap between the companion pipe and the main pipe, so that they form a continuous heat transfer bond, such direct heat transfer is equivalent to heating jacket, which greatly improves the heating efficiency, not only saves energy and more than doubles the temperature rise and fall faster, shortens the production cycle, heats evenly, and prevents local overheating and electrochemical corrosion between the tubes.

Thermally conductive cement can be divided into two categories: inorganic cement and organic cement. Inorganic cement mainly includes plasticized sulfur cement and silicate (sodium silicate) cement. Organic cements mainly have various thermosetting resins or rubber.

Commonly used resins are polyester resins, amino resins, phenolic resins, epoxy resins, furan resins, etc. Commonly used fillers are graphite, asbestos, quartz, carbon black, etc.