Specifications
| Item | Specification |
|---|---|
| Product Name | Insulated Latex-Coated Winter Work Gloves |
| Coating | Natural latex coating |
| Surface Finish | Embossed, crinkle, sandy finish |
| Dipping Style | Default three-quarter latex dipping; fully dipped structure available for improved water resistance |
| Outer Shell | 15-gauge polyester, 15-gauge nylon, 13-gauge polyester-spandex |
| Inner Liner | 7-gauge acrylic liner |
| Colors | Hi-vis yellow, orange, blue and black |
| Functions | Insulated latex gloves, cold-weather grip gloves, anti-slip latex gloves, abrasion-resistant insulated work gloves |
Cold-Weather Configuration Notes
| Condition | Configuration Direction | Approval Check |
|---|---|---|
| Dry cold and indoor storage | Insulated liner with textured latex palm | Warmth, dexterity, and liner recovery |
| Wet snow or splash | 3/4-dip, double-dip, or full-dip structure | Water-entry and wet-grip test |
| Sharp metal edges | Cold liner plus a suitable high-performance shell | Finished-glove cut result |
| Back-of-hand impact risk | Optional TPR module with compatible coating | Impact layout and certification evidence |
Why the Liner and Coverage Must Be Chosen Together
Warmth does not come from the latex coating alone. The inner liner, outer shell gauge, trapped air, cuff seal, and coating coverage work as one system. A thicker liner may improve insulation but reduce finger space; a full dip may limit airflow while improving liquid resistance. For that reason, a quoted temperature, waterproof statement, or cut level should be attached to a specific sample and test method. See the cold-weather glove guide and the winter glove range for related configurations.
Use and Protection Limits
Insulation does not by itself prove a temperature rating, waterproof performance, impact protection, or cut resistance. Confirm the final liner, coating coverage, cuff, and test report before approval. Latex sensitivity should also be considered when selecting the coating.
