TAILI SOMOR ULTRA-THIN ANTI-STAB & CUT GLOVES

Send Your Inquiry Today!

This field is required.
This field is required.
Please check the captcha to verify you are not a robot.
Style:Needlestick-resistant mechanics style
Grip:Good grip when dry or lightly oiled
Cuff style:Hook and loop
Sizes:S through XL

Product description

1200x450-1
Brand NameTAILI
Palm MaterialUltra-fiber Composite Anti-stab and Cut-resistant Material
Back of Hand MaterialFine-lined Stair-shaped Cloth
Finger Tips Patch MaterialConductive Ultra-fiber
Finger Strip MaterialFine-lined Stair-shaped Cloth
Size22.4×11.9×2.8cm(S)
23.1×12.2×2.8cm(M)
23.8×12.6×2.8cm(L)
24.5x13x2.8cm(XL)

Protection features

  • Certified in accordance with EN 388:2016 4244
  • ANSI/ISEA 105-2016 CUT A2
  • ANSI/ISEA 105-2016 NEEDLESTICK (25G)LEVEL 2 (30G)LEVEL 1
  • ASTM F2878-19 NEWTONS (25G)5.38 (30G)2.37
Intelligent Nano-Defense: Protection That Reacts

General features

  • Combining high performance with premium comfort, style, and fit, these gloves are purpose-built to handle unexpected situations with excellent needlestick and cut protection.
  • SOMOR cut-puncture resistant composite covering the entire palm provides excellent needlestick resistance and good cut resistance.

Comfort features

  • The 1.5mm-thick palm (Synthetic leather + SOMOR cut-puncture resistant composite) provides ultimate dexterity, tactile sensitivity, and comfort.
  • Comfortable all-day use with breathable back-of-hand material.
  • Low-profile cuff with adjustable hook-and-loop closure for optimal wristmobility and secure fit.
  • Touchscreen-compatible pointing fingers.

Application areas

  • Metalworking
  • Vehicle construction
  • Glass processing
  • Paper industry
One Glove, Infinite Applications. Your Partner in Protection

TAILI SOMOR ULTRA-THIN ANTI-STAB & CUT GLOVES Information

FAQ

Yes. The Taili Gray Wolf Gloves utilize SOMOR anti-puncture composite material technology and flexible nano-fluid technology, certified to EN388:2016 4244;ANSI/ISEA 105-2016 CUT A2 and other international standards. They have been tested to withstand 0.9mm-thinness needle punctures without damage.