Cleanroom Vinyl Gloves are ideal for use in microelectronics, medical component manufacturing, pharmaceutical manufacturing, and other cleanroom environments where a a low particulate glove is needed. Vinyl carries an extremely low static charge providing excellent product protection for static-sensitive components. These textured finish Vinyl Gloves provide excellent tactile sensitivity. The seamless construction design provides an ambidextrous, comfortable fit. Vinyl provides protection against inorganic acids, alkalis, and corrosive inorganic chemicals. Color: Natural
Packaging: 100/bag 10 bags/case
Applications: Cleanroom, electronics manufacturing, semiconductor, electrostatic discharge sensitive applications
Cleanroom Latex Gloves are ambidextrous and assure chemical resistance to alkalis, acids, alcohols, and ketones. Excellent tensile strength makes our glove strong, durable and comfortable for all day wear. Finger tips provide superb tactile sensitivity. Available in nine or twelve inch lengths, these durable latex gloves have a rolled cuff for easy donning and a textured grip for sure wet/dry handling.Color: Natural
Packaging: 100/bag 10 bags/case Applications: Cleanroom, electronics manufacturing, semiconductor, particle sensitive and low contaminate environments.
Questions? Ready to order? E-mail us or call C.C. Steven at 805-658-0207
CLEANROOM GLOVES, NITRILE 9 inch an 12 inch
Powder Free Cleanroom Nitrile are 100% Nitrile which is manufactured to provide the lowest levels of particulates and extractables possible. These ambidextrous Nitrile Gloves resist a wide range of chemicals including Acetic Acid, Ethylene Glycol, MEK, and Sodium Hydroxide. Nitrile is inherently antistatic making this glove is ideal for use in Electronics, Semiconductor Industries, and Biotechnical Laboratories. Our Nitrile Glove contains no latex protein making it an allergen-free alternative for latex-sensitive users. Fully textured for sure wet/dry handling. Color: White
Packaging: 100/bag 10 bags/case Applications: Cleanroom, electronics manufacturing, semiconductor, electrostatic discharge sensitive applications