Cleanroom Cable for Moving Applications

In the semiconductor, medical equipment, or panel industries, cable shedding, volatilization, or hardening are considered production accidents.

Why can’t your purchased cables survive in a cleanroom?

Many manufacturers use ordinary, highly flexible cables as cleanroom cables. If you buy their cables, you’ll find:

• Severe dust shedding: The sheath material is incorrect; it peels and flakes after just a few friction cycles in the cable chain, causing the ISO rating to plummet.
• Outgassing: Ordinary PVC or inferior TPU releases volatile organic compounds (OICs), directly contaminating expensive wafers or lenses.
• Short lifespan: Cores break before reaching 5 million cycles; an hour of downtime for repairs costs as much as buying a truckload of cables.
• Poor anti-static properties: The cable surface attracts dust, potentially even electrocuting precision components.

What we can do for you? 

Our Cleanroom series cables aren’t just a name change; they’ve undergone a complete overhaul from materials to structure.

1. Truly “Zero Dust” Sheath

We use a special low-friction polymer with a coefficient of friction more than 30% lower than ordinary TPU. It generates virtually no particles during high-speed reciprocating motion.

Certifications: Consistently meets ISO 1-3 cleanroom requirements (test reports available).

2. Non-Volatile in Vacuum Environments

Specifically designed for semiconductor vacuum robotic arm environments, we degas the insulation layer to ensure no harmful gases are released under negative pressure or high temperatures, protecting your production process environment.

3. Extremely Small Bending Radius, Extremely Long Service Life

Designed for compact equipment, the minimum bending radius is 5xd. The internal high-strength aramid fiber tensile core guarantees at least 10 million reciprocating cycles without breakage.

4. Completely eliminates electrostatic adsorption.

The surface resistivity is strictly controlled between 10^6 and 10^9 Ω, actively dissipating tribostatic electricity, preventing dust attraction and chip damage.