High-power thermal conductive gel, two-component silicone gel, with thermal conductivity of 6–13W. Features high fill density, low thermal resistance, and is soft yet durable. Available in SK/HK series.

High cross-linking density and high swelling capacity result in gel particles that are fine, uniform, lightweight, and smooth to the skin, enabling engineers to create more flexible and innovative formulas.

Low-viscosity, high-purity silicone gel – non-volatile, oil-free, and aging-resistant. Ideal for use in optical, LED, and medical applications requiring heat dissipation.

Low viscosity, high fill factor, excellent extrusion properties, ultra-low oil release rate, and outstanding aging resistance. Suitable for optical components such as optical modules, sensors, and displays, as well as 5G equipment and new energy vehicles.

Chenxi Powder Dispersant: Increases powder filling rate, enhances adhesion and bonding properties, and is easy to use.

With high tensile elasticity and self-adhesive properties, along with excellent filling capacity and high wattage ratings, it is ideal for producing highly tensile thermal conductive fiberglass fabrics, gaskets, and gels. It is widely used in industries such as new energy vehicles, smart electronic devices, optics, and communications.

Inhibitors, used for two-component silicone rubber, add ≤ 0.3% to stop vulcanization, prevent dead materials and stabilize production, improve LSR quality and lifespan.

It features high and low temperature resistance, high transparency, low volatility, and excellent adhesiveness. As a reinforcing agent and tackifier, it is widely used in liquid silicone rubber, pressure-sensitive adhesives, personal care silicones, and silicone coatings.

It features high and low temperature resistance, high transparency, low volatility, and excellent adhesiveness. As a reinforcing agent and tackifier, it is widely used in liquid silicone rubber, pressure-sensitive adhesives, personal care silicones, and silicone coatings.

It features high and low temperature resistance, high transparency, low volatility, and excellent adhesiveness. As a reinforcing agent and tackifier, it is widely used in liquid silicone rubber, pressure-sensitive adhesives, personal care silicones, and silicone coatings.

Excellent tensile properties and self-adhesiveness, along with high fill content and high wattage capacity, make it suitable for producing highly stretchable thermal conductive fiberglass fabrics, gaskets, and gels. It is widely used in industries such as new energy vehicles, smart electronic devices, optics, and communications.

Highly elastic thermal conductive gel with low viscosity, minimal oil separation, high compression ratio, excellent resilience, and good self-adhesion. It effectively reduces thermal resistance and is ideal for use in high-wattage thermal pads and thermal conductive gels. Suitable for applications in new energy vehicles, 5G equipment, smart devices, and other industries.

High bonding strength, excellent formula compatibility, and easy use. It significantly enhances adhesion to various substrates such as metal, plastic, and glass. Specifically designed to solve challenges associated with silicone adhesive joints.

Excellent adhesion, high resilience, and high elongation rate enable the creation of electromagnetic shielding materials with improved conductivity and mechanical properties, effectively solving issues related to electromagnetic interference, environmental sealing, and heat dissipation in electronic devices.

Using D4 as the raw material, with a volatile content of <200PPM, the cross-linking reaction is rapid and complete. The resulting silicone rubber has excellent strength, high heat resistance, and stable quality. It is suitable for use in electronic potting adhesives, LSR liquid silicone rubber, and other applications.

Even foam distribution, tight tolerances, high flexibility and elasticity, excellent resistance to compression deformation. Also features flame retardancy, shock absorption, sealing, and thermal insulation properties. Used in communications, electronics, automotive, and other industries.

Highly fluid and cures at room temperature to form a transparent, elastic protective film. It offers excellent moisture, dust, corrosion resistance, and insulation properties. Ideal for coating and protecting surfaces on PCBs, automotive electronics, aviation instruments, and outdoor LED displays.

Imported raw materials are blended to ensure stable hydrogen content, high reactivity, low volatility, and optimal cross-linking. These properties make them ideal as cross-linking agents and chain extenders, allowing for precise control over the hardness and strength of silicone rubber.

Fast-degrading and curing silicone gel: Residual glue is completely dissolved within 15 minutes. No silicone remains after cleaning. It does not corrode metals, glass, or electronic components. Ideal for cleaning electronic components such as ICs, IGBTs, and PCBs.

Good water solubility and spreadability provide the skin with a smooth, soft texture that is also moisturizing and helps illuminate the complexion. It remains clear and transparent without leaving a greasy feel. Ideal for use in masks, serums, brightening creams, and transparent gels among other water-based formulations.

Chenxi hydrophilic softener provides excellent wetting and smoothness, giving the paper towels a soft, delicate, silky feel along with moisturizing effects.

Excellent dispersibility, volatility, lubricity, and compatibility provide a lightweight, refreshing, and smooth skin feel. It is used in cosmetics and skincare products, as well as in coatings, building materials for waterproofing, and rubber modification applications as a dispersant and solubilizer.