Aadvay ESD Safe Anti-Static Powder Free Latex Finger Cots (Black, 48 Pieces)

Description

ESD Safe Finger Cots :-

Maximize precision and protect your sensitive components with the Aadvay ESD Safe Anti-Static Powder-Free Latex Finger Cots. Engineered to meet the rigorous demands of electronic assembly, biotechnology, and pharmaceutical manufacturing, these finger cots offer unparalleled static dissipation and contamination control.

Crafted from 100% natural rubber, these 4 mil thick black finger cots feature a smooth surface designed to keep moisture, oils, and dirt entirely out of controlled environments. To ensure premium quality, every batch is triple-washed to eliminate particulates, nitrogen-flushed, and vacuum-packed for long-lasting freshness.

Whether you are handling delicate ESD-sensitive items, managing quality control inspections, or working in high-standard cleanrooms and laboratories, these unisex, free-size finger cots provide the ultimate shield. They are durable, cost-effective, and highly reliable for everyday professional use. They meet the strict Mil. STD 81705B standards for static decay, boasting an impressive elongation rate of over 600% and a tensile strength greater than 200 KG per square CM. Safeguard your workspace and elevate your production standards with a brand trusted.

Frequently Asked Questions (FAQs)

What makes these ESD safe finger cots?

These finger cots are specifically engineered to be static dissipative. They meet the Mil. STD 81705B static decay test standards, meaning they safely drain away static electricity to protect sensitive electronic components from electrostatic discharge (ESD) damage during handling.

Can these latex finger cots be used in cleanrooms?

Yes. The Aadvay finger cots are powder-free and triple-washed to remove particulates, making them highly suitable for cleanrooms, laboratories, medical manufacturing, and other strictly controlled environments.

What are the benefits of nitrogen flushing and vacuum packaging?

Nitrogen flushing removes oxygen from the packaging, preventing the natural rubber latex from oxidizing or degrading over time. Combined with vacuum sealing, this process ensures the finger cots remain completely fresh, flexible, and ready for industrial use upon opening.