liquid adhesive silicone Manufacturers

Thermal grease is often used in electrical or electronic manufacturing, because the main performance after use is thermal conductivity, and the construction requirements are extremely strict. If the thickness required for construction is not met, it will not have any thermal conductivity. At this time, many users think that silicone sealant also has thermal conductivity. Can it replace thermal grease?

Tensan Instant adhesive stands out in the adhesive field. In terms of bonding speed, it can achieve initial bonding within seconds and is minimally affected by temperature and humidity, much faster than many competitors. It has remarkable bonding strength, firmly connecting various materials like metals and plastics, and the strength even increases over time. With excellent temperature resistance, it maintains good adhesion in both high and low temperature environments, suitable for automotive, electronics and other industries. Its anti-aging property is great. After long-term exposure to outdoor or chemical corrosion, the bonded parts remain stable. Environmentally friendly, it features a low-VOC formula to reduce harmful emissions, and its packaging also emphasizes environmental protection. Overall, Tensan Instant adhesive offers a top choice for efficient, reliable and eco-friendly bonding.

The two-component potting adhesive consists of agent A and agent B. The two need to be mixed by the instructions before the substrate can be potted. Are there any adverse factors?

Generally speaking, the thermal conductivity silicone grease with the larger thermal conductivity coefficient is coated with the same thickness of thermal grease, the smaller the thermal resistance, the better the thermal conductivity.

Thermal pads are used to fill the air gap between a heat-generating device and a heat sink or metal base, and their flexible, resilient characteristics allow them to be used to cover very uneven surfaces. Heat is conducted from discrete components or the entire PCB to the metal housing or spreader, thereby improving the efficiency and lifespan of heat-generating electronic components. In the use of gaskets, pressure and temperature are mutually restrictive. As the temperature rises, after the equipment has been in operation for a period of time, the gasket material will soften, creep, and stress relax, and the mechanical strength will also decrease. The pressure of the seal is reduced.

When some users poured silicone potting, they found that there were many bubbles, which affected the performance. Why do bubbles appear, and will it affect the later use effect? Take the time to understand and prevent the generation of bubbles in advance.