Description
Free Latex Finger Cots :-
Optimize safety, cleanliness, and precision in your workplace with the Aadvay ESD Safe Anti-Static Powder Free Latex Finger Cots. Specifically engineered to support the rigorous demands of USA electronic assembly, photonics, and biotechnology manufacturing, this 72-piece pack provides exceptional contamination control and static protection.
Crafted from 100% natural rubber with a 4 mil thickness, these black finger cots feature a smooth surface that effectively keeps moisture, oils, and dirt away from sensitive components or healing cuts. To guarantee pristine quality, every single batch is triple-washed to eliminate microscopic particulates, nitrogen-flushed, and vacuum-sealed for maximum freshness upon arrival.
Whether you are handling fragile, ESD-sensitive items, conducting quality control inspections, or working daily in controlled laboratory environments, these unisex, free-size cots deliver a secure and reliable fit. They strictly comply with the Mil. STD 81705B standard for static decay, offering an elongation capacity exceeding 600% and a high tensile strength greater than 200 KG per square CM. Equip your facility with industrial-grade protection trusted by tech and medical experts.
Frequently Asked Questions (FAQs)
What standard do these anti-static finger cots meet for static dissipation?
These finger cots meet the strict Mil. STD 81705B static decay test standards. They are specifically designed to safely dissipate electrostatic charges, preventing costly ESD damage to sensitive electronic components during assembly and inspection.
Why is nitrogen flushing important for these latex finger cots?
Nitrogen flushing removes oxygen from the packaging before sealing. This prevents the natural rubber from oxidizing, degrading, or sticking together over time, ensuring that the finger cots remain completely fresh, highly flexible, and ready for immediate use.
Are these finger cots safe for use in cleanroom environments?
Yes, absolutely. The cots are completely powder-free and undergo a thorough triple-washing process during manufacturing to remove unwanted surface particulates, making them highly suitable for cleanrooms, laboratories, and pharmaceutical facilities.
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