Durable Finger Knuckle Protector Gloves Patch Anti Impact Eco Friendly
Custom Eco friendly Anti Impact Finger Knuckle Protector Gloves Featuring TPR Patches The Custom Eco-friendly Anti-impact Finger Knuckle Protector Gloves featuring TPR Patches are designed for maximum safety and sustainability. These gloves incorporate durable, high-performance TPR patches that provide superior protection to fingers and knuckles, effectively absorbing and dispersing impact forces in demanding work environments. The ergonomic design ensures a secure yet
Custom Eco friendly Anti Impact Finger Knuckle Protector Gloves Featuring TPR Patches
The Custom Eco-friendly Anti-impact Finger Knuckle Protector Gloves featuring TPR Patches are designed for maximum safety and sustainability. These gloves incorporate durable, high-performance TPR patches that provide superior protection to fingers and knuckles, effectively absorbing and dispersing impact forces in demanding work environments.
The ergonomic design ensures a secure yet flexible fit, offering comfort and freedom of movement during extended use. Fully customizable, the TPR Patches can be tailored in terms of color, shape, and thickness to meet specific safety requirements and branding needs.
Specification:
| Features | Anti-Impact | Material | PVC/Silicone |
| Customization | Logo/Color/Packing | Application | Construction industry Safety Protective |
| Service | Design to production one-stop service | Size | 7/S, 8/M, 9/L, 10/XL, 11/XXL |

Applications of TPR Patches for Gloves:
- Protect workers' fingers and knuckles from impacts and abrasions while handling tools, heavy machinery, and materials in construction sites and industrial settings.
- Provides reliable impact protection during high-risk tasks such as equipment maintenance and pipe handling, ensuring safety in oil rigs and refineries.
- Safeguards hands during repetitive lifting, sorting, and handling of heavy or sharp-edged packages in warehouses and distribution centers.
- Offers critical hand protection for workers dealing with debris, heavy tools, or unpredictable impacts in high-pressure situations