Anti-Static Silicone / Antistatic Materials
By precisely incorporating conductive fillers into a high-performance silicone base, the material retains silicone’s inherent resistance to extreme temperatures and weathering while effectively reducing surface resistivity. It prevents electrostatic discharge (ESD) damage to sensitive components, providing comprehensive static dissipation protection for the electronics and medical industries.
Versatile Industry Application Solutions
Protection for the Electronics Industry
Anti-Static Work Mats, Insulating Gaskets, Conductive Buttons, and Cushioning Pads for Precision Electronic Equipment, Preventing ESD Damage to Sensitive Chips
Medical Devices and Consumables
Medical Device Operation Mats and Anti-Static Silicone Tubing, Preventing Static Buildup That Could Interfere with the Stability of Medical Instrument Sensors
Industrial Machinery and Equipment
Anti-Static Seals, Dust Covers, and Wear-Resistant Conveyor Belts, Effectively Reducing Static-Induced Dust Attraction and Enhancing Process Safety
Advanced Packaging Materials
Anti-Static Silicone Films and Chip Packaging Gaskets, Providing a Clean and Safe Packaging Environment for Optoelectronic Components
Consumer Electronics
Laptop Keyboard Conductive Pads and Remote Control Buttons, Offering Excellent Tactile Feedback While Safely Dissipating Human Static Electricity
Precise Material Physical Properties
- Adjustable Conductivity Coefficient： By adjusting the proportion of additives, surface resistivity can be precisely controlled to meet customer requirements.
- Extreme Environment Resistance ： Retains silicone’s excellent ozone and aging resistance, ensuring long-term use without cracking or degradation.
- Non-Toxic Safety ： The material meets non-toxic and odorless standards, making it suitable for medical or food-grade processes with strict hygiene requirements.
- Excellent Flexibility ： Offers outstanding tensile strength and resilience, maintaining excellent sealing performance even in a conductive state.