Description
Product Overview
These powder-free nitrile finger cots provide reliable fingertip protection while helping prevent contamination and electrostatic discharge during precision handling tasks. Designed for comfort, cleanliness, and durability, they are ideal for environments where full gloves may not be necessary.
Vector nitrile finger cots are manufactured using high-quality nitrile material that is naturally anti-static and resistant to oils and contaminants. These disposable finger coverings are DI-washed and powder-free, helping minimize particulate contamination and extractable residue in sensitive production environments.
Engineered for precision and cleanliness, these nitrile finger cots offer excellent flexibility and tactile sensitivity, allowing workers to handle small or delicate components with improved control.
Key Features & Benefits
- Powder-free nitrile finger cots help reduce contamination risks
- Naturally anti-static nitrile material supports ESD-sensitive tasks
- DI-washed construction minimizes particles and extractables
- Excellent protection against oils, salts, and skin contamination
- Flexible and lightweight design improves tactile sensitivity
- Suitable for precision handling and small component assembly
- Available in rolled and unrolled styles
- Cost-effective disposable finger protection solution
These anti-static nitrile finger cots deliver dependable contamination control while maintaining comfort and performance.
Ideal Applications
- Electronics and semiconductor manufacturing
- Cleanroom and contamination-controlled environments
- Medical device assembly and laboratory handling
- Pharmaceutical and biotechnology production
- Precision inspection and repair operations
- Small parts handling and quality control processes
Product Specifications
- Product Type: Nitrile Finger Cots / Disposable Finger Covers
- Material: Nitrile
- Finish: Powder-Free, DI Washed
- Color: Natural
- Size: Small
- Style: Rolled
- Packaging: 720 / pack
- Usage: Disposable Precision Finger Protection



