PIP® CleanTeam® 40-6416/L Electrostatic Dissipative Antistatic Gloves, Full Finger/Seamless Style, Carbon Fiber/Nylon/Synthetic, Copper/White, Continuous Knit Wrist Cuff, Polyurethane Coating, 9.7 in L, Resists: Abrasion and Puncture, ASTM D-257:2007
05843222
MFG #: 40-6416/L
$0.00
/ Each
- Type: Electrostatic Dissipative
- Series: 40-6416
- Size: L
- Material: Carbon Fiber/Nylon/Synthetic
- Color: Copper/White
- Style: Full Finger/Seamless
- Hand Type: Pair, Paired
- Lining: Unlined
- Cuff Style: Continuous Knit Wrist
- Coating: Polyurethane
- Length: 9.7
- Resists: Abrasion and Puncture
- Specifications Met: ASTM D-257:2007
PIP® CleanTeam® Antistatic Gloves, Electrostatic Dissipative, Series: 40-6416, L, Carbon Fiber/Nylon/Synthetic, Copper/White, Full Finger/Seamless, Paired Hand, Unlined, Continuous Knit Wrist Cuff, Polyurethane, 9.7 in Length, Resists: Abrasion and Puncture, ASTM D-257:2007
- Electrostatic dissipative (ESD) fiber yarns blended with low-lint nylon which reduces stat
- Electrostatic dissip
- Seamless knit gloves provide great dexterity
- Seamless knit gloves
- Polyurethane coated palm and fingertips provides a secure grip in dry and slightly wet/oil
- Polyurethane coated
- Polyurethane coating
Electrostatic dissipative (ESD) fiber yarns blended with low-lint nylon which reduces static build-up on the glove surface for improved performance in electronics assembly
Electrostatic dissipative (ESD) fiber yarns blended with low-lint nylon which reduces static build-up on the glove surface for improved performance in electronics assembly
Seamless knit gloves provide great dexterity
Seamless knit gloves provide great dexterity
Polyurethane coated palm and fingertips provides a secure grip in dry and slightly wet/oily conditions and offers high dexterity and tactile sensitivity
Polyurethane coated palm and fingertips provides a secure grip in dry and slightly wet/oily conditions and offers high dexterity and tactile sensitivity
Polyurethane coatings take on the surface properties of the glove liner providing a tactile grip in dry and slightly oily conditions and offers high dexterity and tactile sensitivity, ideal for applications that require dexterity for precise handling