Specifications
| Item | Specification |
|---|---|
| Manufacturer | M-Tide PPE Gloves Manufacturer |
| Product Name | Foam Latex Grip Work Gloves |
| Surface Treatment | Micro-foam coating and embossed texture |
| Colors | Black, blue, orange, green |
| Coating | Foam latex dipping; double latex dipping |
| Liner Materials | Polyester-spandex, polyester, nylon, cotton blend |
| Sizes | 6–11 / XS–XXL |
| Optional Features | Thermal insulation, winter lined; fully dipped or double-dipped structure available for waterproof requirements |
| Packaging | 12 pairs/dozen, 120 pairs/carton |
Advantages of Foam Latex Coating
Foam latex coating features a porous structure. Stabilizers and other additives can be used into the formulation to enhance the coating’s stability and durability, offering a range of benefits:
- Improved comfort and reduced fatigue during prolonged use
- Microporous structure for enhanced breathability and reduced sweating
- Consistent friction even in damp conditions
- Greater softness for a more comfortable fit
Choose the Liner and Coating by Task
| Work Pattern | Recommended Direction | Confirm on Sample |
|---|---|---|
| Frequent general handling | 13-gauge liner for a more substantial feel | Fit, fatigue, and coating wear |
| Small components | 15-gauge liner for closer finger control | Dexterity and seam quality |
| Damp cartons or tools | Foam latex with validated texture | Wet-grip and abrasion results |
| Oil or chemical contact | Consider a task-specific nitrile or chemical glove | Compatibility and permeation data |
Why Foam Structure Needs Finished-Glove Validation
Foam latex is created by introducing a controlled cellular structure into the coating. That structure can make the palm feel softer and more flexible than a dense smooth layer, but the result changes with foam density, coating pickup, texture depth, liner stretch, and curing. A porous appearance alone does not prove breathability, oil resistance, or a specific grip level. Buyers should approve a production sample against the actual material and moisture conditions. See the foam-coating process guide and the latex-coated glove range.
Use and Protection Limits
These gloves are not automatically waterproof, oil-resistant, chemical-resistant, or cut-resistant. Coverage, liner, and finished-glove test data determine those properties. Use a nitrile-coated or chemical-resistant glove where oil or chemical exposure is the primary hazard. A latex-sensitive user should select another coating material.
