Organic silicon elastomer and gel are widely applied in electron devices, providing mechanical and environmental protection. We provide the products with different viscosity, curing speeds and performances. They are of high and low temperature resistance with stress release. Material strength, anti-flaming property and high transparency ensure long-term reliability of the components.

Silicone gel belongs to addition curing liquid silicone rubber system, and its crosslinking density is far lower than commonly-used addition curing liquid silicone rubber. Silicone gel can buffer the swelling stress and have a significant effect in anti-vibration. It is particularly applicable to electron component potting and protection. Our silicone gel is of high and low temperature resistance with stress release. Material strength, anti-flaming property and high transparency ensure long-term reliability of the components.

Silicone gel belongs to addition curing liquid silicone rubber system, and its crosslinking density is far lower than commonly-used addition curing liquid silicone rubber. Silicone gel can buffer the swelling stress and have a significant effect in anti-vibration. It is particularly applicable to electron component potting and protection. Our silicone gel is of high and low temperature resistance with stress release. Material strength, anti-flaming property and high transparency ensure long-term reliability of the components.

Organic silicon conformal coating has several application modes: dipping, spraying and selective automatic coating. How to select the process conditions will depend on performance requirements. We provide conformal coating which has different component matches and multiple curing conditions, and can meet various performance requirements. The product is widely applied in protecting connector, electron component or PCB products.

Dimethicone is a transparent liquid, non-toxic, odorless, non-corrosive, and physiologically inert. At the same time, it also has excellent frost resistance, heat resistance, and oxidation resistance, and can be used for a long time in the temperature range of -50°C to 200°C. The viscosity-temperature coefficient is small, the dielectric performance is good, and it has good electrical insulation performance. In addition, it also has strong shear resistance, good light transmittance, low surface tension, good moisture and moisture resistance, and low volatility.
Our company is the agent of MOMENTIVE simethicone with various viscosity models. The conventional viscosity includes: 50/100/350/500/1000 viscosity. Generally, it is produced in Japan and Thailand.

Hydrogen-containing silicone oil, a transparent liquid, can be cross-linked at an appropriate temperature under the action of a metal catalyst to form a waterproof film on the surface of various substrates. It is widely used as fabric, fire extinguishing agent (dry powder), paper, metal, leather , Wood, glass, cement, ceramics, marble waterproofing agent, anti-sticking agent or anti-corrosion agent.

Hydroxy silicone oil, also known as dimethyl hydroxy silicone oil, is colorless, transparent, tasteless and odorless. It can be used to make silicone hydroxyemulsion as a treatment agent for fabrics, paper and leather. Dimethyl hydroxy silicone oil is widely used as a structure control agent in the processing of silicone rubber. It can effectively control the structuring effect between the rubber compound and the white carbon black, improve the processing performance of the silicone rubber, and extend the storage period of the rubber. Dimethyl hydroxy silicone oil can also be used to synthesize various polysiloxane intermediates.

Silicone rubber is divided into thermal vulcanization type (HTV) and room temperature vulcanization type (RTV), among which room temperature vulcanization type is divided into polycondensation reaction type and addition reaction type. High temperature silicone rubber is mainly used to manufacture various silicone rubber products, while room temperature silicone rubber is mainly used as an adhesive, potting material or mold. Purpose: automotive electronics, LED drive power, HID, power supply module, sensor, circuit board, transformer, amplifier buzzer, photoelectric sensor, rectifier, led electronic display, optocoupler, automotive HID lamp module power supply, automotive ignition system module power supply , Network transformers, high-voltage modules, conversion coils, solar cells (SolarCell), transformers, communication components, household appliances, etc.

Silicone defoamer is a white viscous emulsion. Silicone defoamer is an indispensable additive in the production process in the chemical, paper, coating, food, textile, pharmaceutical and other industrial sectors. It can not only remove The foam on the liquid surface of the process medium in the production process, thereby improving the separation, gasification, and drainage effects of the process of filtration, washing, extraction, distillation, evaporation, dehydration, and drying

Advantages of Silicone Pressure Sensitive Adhesives：
1.Adhesion to “difficult-to-bond” surfaces, including polyesters, polyimides,
fluoropolymers, and silicone
2.High and low temperature performance (-65oC to 300oC)
3.Inherent dielectric properties
4.Resistant to chemistry, moisture, sunlight and weather extremes
5.Resistant to biological attack (fungus, mildew)
Silicone PSA Applications：Thermal Spray Masking Tapes：
– Electrical Tapes
– PTFE/Glass Cloth Release Tapes
– Heat Shield Tapes
– Splicing Tapes
– Medical Tapes
Substrates for Silicone PSA applications
High Temperature film substrates such as:
1. Mylar (PET)
2. Kapton (polyimide)
3. Ultem (polyetherimide)
4. Teflon (PTFE)
5. FEP (Fluoroethylenepropylene)
6. Glass fabrics