In semiconductor, electronics assembly, and chip testing workstations, beige latex finger cots are commonly used protective consumables. Ordinary finger cots on the market rely on talcum powder for release, but during use, powder and fine rubber particles can easily shed and adhere to the surfaces of circuit boards and micro-components, causing short circuits and cosmetic defects. This increases product defect rates and raises rework costs for companies.
Key Product Features of Yellow Finger Covers
To address the issues of powder and debris shedding, the purified version of these finger covers has undergone process upgrades, offering clear advantages:
① Utilizes a dust-free, powder-free production process, resulting in low dust and minimal debris during use;
② The material offers excellent elasticity, conforming to the fingertips and resisting tearing during handling; suitable for cleanroom processes such as micro-component sorting, wafer inspection, and lens assembly.
The dust-free and powder-free design is what distinguishes the purified beige finger cots from standard models. Traditional finger cots rely on talcum powder as a barrier to prevent sticking, but this powder easily disperses and contaminates precision products. This product replaces the barrier powder with a polymer modification process and is formed, cleaned, and packaged entirely in a cleanroom—with no talcum powder added throughout the entire production process. When worn for sorting tiny components, no white powder drifts onto the workpiece surface, and the amount of rubber debris generated by friction is significantly reduced. This minimizes production defects caused by dust and meets the daily control standards for Class 1,000 and Class 10,000 cleanrooms.
Post time: Aug-31-2026