POLISAN Premium Anti-Static Round Belts
Protect your sensitive electronic components from static damage with POLISAN's advanced Anti-Static Round Belts. By integrating specialized conductive inhibitors directly into high-grade polyurethane, we deliver a belting solution that provides continuous electrostatic discharge (ESD) protection without compromising on mechanical durability.
- Overview
- Recommended Products
- Reliable Static Dissipation POLISAN ESD Round Belts are formulated with a homogeneous static inhibitor. Unlike coated alternatives, our belts maintain a stable surface resistivity of 5 x 10⁹ ohms/sq throughout their entire lifecycle, ensuring zero static build-up during high-speed conveyance.
- High-Elasticity Polyurethane Base Constructed from premium TPU, these belts offer excellent tensile strength and recovery. The POLISAN formula ensures that even after thousands of cycles, the belt retains its tension and anti-static properties.
- Zero-Contamination Design Ideal for cleanroom environments, our Anti-Static Drive Belts are engineered to be non-marking and dust-free. The smooth surface finish minimizes friction-induced particle generation, protecting your sensitive production environment.
- Seamless Welding Capability POLISAN Round Belts are 100% thermoweldable. Whether you use friction welding or a standard welding iron, the resulting joint maintains the same mechanical strength and ESD integrity as the rest of the belt.
- Electronics Assembly: Conveying PCBs, microchips, and sensitive sensors.
- Semiconductor Processing: Wafer handling and cleanroom transport systems.
- Medical Device Manufacturing: Precision drive belts for diagnostic equipment.
- Chemical & Lab Automation: Transmission belts for volatile or static-sensitive environments.

Core Advantages
Technical Specifications
Applications
Customization & Support
At POLISAN, we provide tailored belting solutions to meet specific industrial needs. Available in Dark Green and Black, our anti-static belts can be customized by diameter, length, and surface texture (smooth or rough).