Designed and developed as a breathable glove, MaxiFlex® Endurance™ incorporates raised micro dots to increase durability and offer more cushioning in highly repetitive applications requiring precision handling.
ATG®, 34-844/M, General Purpose Gloves, Series: 34-844, Microfoam Nitrile Palm, Nylon, Black/Gray, Seamless Style, 8-1/2 in Length, Resists: Abrasion, Cut, Puncture and Tear
| Coating Coverage |
: |
Dotted Palm and Fingers |
| Coating |
: |
Microfoam Nitrile |
| Color |
: |
Black/Gray |
| Cuff Style |
: |
Knit Wrist |
| Length |
: |
8-1/2 in |
| Lining |
: |
Nylon |
| Material |
: |
Nylon |
| Palm Material |
: |
Microfoam Nitrile |
| Resists |
: |
Abrasion, Cut, Puncture and Tear |
| Series |
: |
34-844 |
| Size |
: |
M |
| Style |
: |
Seamless |
- Microfoam nitrile coatings are compatible with light oils and will provide a good grip
- Raised micro dots increase durability and offer more cushioning in highly repetitive applications requiring precision handling
- 100% silicone free
- Knit wrist helps prevent dirt and debris from entering the gloves
- Patented microfoam nitrile coating offers 360 deg breathability, making it the most breathable glove on the market today
- 25% thinner than most foam nitrile gloves on the market while offering twice the mechanical performance
- Latest knitting technology utilized to produce smooth and rounded fingertips, improving fingertip sensitivity
- Optimized grip - micro-cup finish allows for an optimized and controlled grip
- Form, fit and feel - mimics the "hand at rest", reducing hand fatigue and increasing comfort
- Consistent liner penetration from the nitrile, leaving only the soft liner resting against the skin
- Glove has been laundered prior to final packaging making it clean and safe for use
- The Oeko-Tex® association has EVAluated and certified this product as skin safe from the second it comes into contact with the skin
- The skin health alliance has awarded professional dermatological accreditation following review of the scientific dossier behind this product