Liner Options for Puncture Resistant Latex Palm Coated Knit Gloves
Puncture Resistant Latex Palm Coated Knit Gloves can be made with different liner options according to various working environments, helping meet requirements for comfort, breathability, abrasion resistance, and puncture resistance.
- Standard Knit Liner:
A cotton/polyester blend can be made with a reference ratio of 70% cotton and 30% polyester. It is comfortable and breathable, making it suitable for warehouse handling, gardening, cleaning, and general maintenance work. - HPPE High-Strength Fiber Liner:
An HPPE/polyester blend can be made with a reference ratio of 50% HPPE, 30% polyester, and 20% spandex. It offers good abrasion resistance and tear resistance, making it suitable for applications requiring higher mechanical protection. - Kevlar Aramid Liner:
A Kevlar/cotton blend can be made with a reference ratio of 60% Kevlar and 40% cotton. It provides good strength, durability, and comfort, making it suitable for industrial handling, repair, and complex work environments. - Stainless Steel Wire Blend Liner:
A stainless steel wire/HPPE/polyester blend can be made with a reference ratio of 15% stainless steel wire, 45% HPPE, 30% polyester, and 10% spandex. It is suitable for environments with sharp objects, metal edges, or puncture risks, helping enhance puncture resistance.
Different liners can be customized with palm-dipped latex coating, knit gauge, color, size, and coating thickness.
Specifications
| Product Specification | Details |
|---|---|
| Product Name | Puncture Resistant Latex Palm Coated Knit Gloves |
| User | Men’s, Women’s |
| Fabric Type | Seamless knit, 70% cotton, 30% latex |
| Coating Type | Latex Palm Coated |
| Coating Colors | Blue, Black |
| Wrist Closure | Knit Wrist |
| Reusability | Reusable |
| Customizable Options | Palm coating, color, size, thickness |
M-tide Transfer Print Design:
Puncture Resistant Latex Palm Coated Knit Gloves support M-tide transfer print customization on the back of the hand, including brand logos, patterns, or identification designs. The transfer print is clear and attractive while maintaining glove softness and breathability, helping create a differentiated appearance and improve brand recognition.