G-Tek® 3GX™ 19-D340OR/XL Unisex Cut Resistant Gloves, XL, Nitrile with Foam Grip Coating, Dyneema® Diamond, Knit Wrist Cuff, Resists: Abrasion, Chemical, Cut, Puncture, Tear, UV and Water, ANSI Cut-Resistance Level: A4
G-Tek® 3GX™ 19-D340OR/XL Unisex Cut Resistant Gloves, XL, Nitrile with Foam Grip Coating, Dyneema® Diamond, Knit Wrist Cuff, Resists: Abrasion, Chemical, Cut, Puncture, Tear, UV and Water, ANSI Cut-Resistance Level: A4
Manufacturer: Protective Industrial Products
Brand: G-Tek®
Part #: PRI007-19-D340OR/XL
MPN: 19-D340OR/XL
CPN:
| ANSI Cut-Resistance Level | : | A4 |
| Coating Material | : | Nitrile with Foam Grip |
| Color | : | Black/Orange |
| Cuff Style | : | Knit Wrist |
| Length | : | 10.2 in |
| Lining | : | Dyneema®/Diamond |
| Material | : | Dyneema® Diamond |
| Palm Material | : | Nitrile |
| Resists | : | Abrasion, Chemical, Cut, Puncture, Tear, UV and Water |
| Series | : | 19-D340OR |
| Size | : | XL |
| Style | : | Seamless |
| Type | : | Unisex |
Used for electronics, glass cutting, metal handling, food processing and meat processing.
G-Tek® 3GX™ Cut Resistant Gloves, Unisex, Series: 19-D340OR, XL Size, Nitrile Palm, Nitrile with Foam Grip Coating, Dyneema® Diamond, Black/Orange, Seamless Style, Dyneema®/Diamond Lining, Knit Wrist Cuff, 10.2 in Length, A4 ANSI Cut-Resistance Level, Resists: Abrasion, Chemical, Cut, Puncture, Tear, UV and Water
- Seamless construction offers increased comfort and breathability
- Nitrile coated palm and fingertips for excellent dry grip and will not absorb liquids into the coating
- Knit wrist helps prevent dirt and debris from entering the glove
- Hi-viz coloring makes this product very easy to see
- Color coded hems for easy size identification and washable
- Foam nitrile coatings are breathable and durable, designed with a cell structure that disperse fluids on contact for an improved grip
- Washable, resistant to chemicals, water and ultraviolet light
- Dyneema Diamond 2.0 and Spandex shell is lightweight and provides excellent dexterity, tactile sensitivity and cut resistance
- Dyneema bio-based fibers equates to 450g of CO2 emissions reduction per pair when compared to traditional Dyneema fibers