Get Quote / Sample
The HSPI 4533 ImpactForce™ Arctic Hi-Vis is specifically developed for professionals working in cold, high-risk industrial environments where warmth, impact resistance, and visibility are critical. The premium goatskin leather palm offers exceptional softness, abrasion resistance, and secure grip, while the high-visibility green and orange four-way stretch spandex back provides excellent flexibility and increased worker visibility.
The glove is equipped with high-visibility yellow and black TPR impact protection across the fingers, thumb, knuckles, and back of the hand to help minimize injuries caused by accidental impacts during demanding work. Inside, 100 grams 3M™ Thinsulate™ insulation laminated with soft cotton fleece lining delivers outstanding warmth while maintaining excellent dexterity for cold-weather applications.
An ergonomic wing thumb allows unrestricted movement and greater comfort during prolonged use, while the reinforced thumb crotch improves durability in one of the glove's highest stress areas. The self hem provides a neat and durable finish, and the high-visibility green elasticated knit wrist helps keep out dirt, dust, and cold air while ensuring a secure fit. The HSPI 4533 ImpactForce™ Arctic Hi-Vis is an ideal choice for oil & gas, utilities, construction, mining, cold storage, logistics, transportation, pipeline work, maintenance, and heavy industrial operations in cold climates.
| Product Model | HSPI 4533 ImpactForce™ Arctic Hi-Vis |
| Palm Material | Premium Goatskin Leather |
| Back Material | Hi-Vis Green & Orange Four-Way Stretch Spandex |
| Back Protection | Hi-Vis Yellow & Black TPR Impact Protection |
| Lining | 100 g 3M™ Thinsulate™ Insulation Laminated with Cotton Fleece Lining |
| Thumb Style | Wing Thumb with Reinforced Thumb Crotch |
| Finger Design | Standard Finger Construction |
| Wrist Style | Hi-Vis Green Elasticated Knit Wrist |
| Hem | Self Hem |
| Available Sizes | 7 / S, 8 / M, 9 / L, 10 / XL, 11 / XXL |
| Compliance | Certified to EN 388, EN 511 & EN ISO 21420 |