Anti-Static Guide Roller

·Constant Static Dissipation
Surface resistance maintained at a constant 10⁶–10⁹Ω, continuously dissipating static without charge buildup or spark risk. Ordinary rollers have no anti-static treatment, accumulating static from film friction that attracts dust and can puncture electronic substrates. Integrated conductive surface technology embeds anti-static performance within the substrate, remaining effective regardless of wear, humidity, or temperature changes. Complies with international ESD safety standards.

·Lightweight High-Rigidity
6061-T6 aviation aluminum forged body provides low weight with high bending stiffness. Eliminates welded steel tube seams and internal stress, weighing 40% less than steel rollers of equal size with lower drive load and consistent straightness under long-term continuous operation.

·Ultra-Smooth Mirror Surface
Extremely low roughness with minimal friction coefficient, protecting ultra-thin films from scratches and wrinkles. Lithium battery separators and optical protective films pass smoothly without stretching, scratching, or wave-edge defects.

·Precision Balancing
G1.0 three-stage progressive dynamic balancing with optional temperature channels eliminates thermal deformation. Minimal radial runout under full-load high-speed conditions ensures consistent tension across the entire web width in slitting and winding operations.

·Wear-Resistant Anti-Static Surface
Anti-static layer integrally bonded to the substrate without peeling or shedding. Resists mild chemical attack from workshop additives, with simple water-wipe cleaning for extended service life.

Lithium battery and new energy industry for static-free coating, slitting, and winding of separators and electrode substrates; optical functional films (protective films, release films, PET base films) for cleanroom transport; flexible circuit board (FPC) production for copper foil conveying without static damage or dust attraction; flexible packaging printing and lamination for static elimination preventing poor winding and dust contamination; nonwoven and hygiene material finishing for non-sticking, non-deviating transport; photovoltaic backsheet film production for constant-temperature cleanroom guiding.