Steel Mesh Heat Resistant Mitt
Steel Mesh Heat Resistant Mitt
Extreme Anti Cut, Heat and Fire Resistance
Built for foundries, forging shops, glass plants, and other high-temperature workplaces, this heat-resistant mitt combines multiple protective materials to handle both heat and cutting hazards.
The outer surface is made from stainless steel ring mesh, providing reliable protection against sharp metal edges, burrs, and abrasive materials. Directly beneath the mesh is a knitted aramid layer, which helps withstand high temperatures and exposure to sparks or open flames.
A cotton insulation layer is added to reduce heat transfer when handling hot parts for extended periods. The inside of the mitt is lined with Kevlar® fabric, creating a comfortable barrier between the hand and the insulation system while adding extra durability.
The long Kevlar® cuff extends protection beyond the wrist and helps reduce exposure to radiant heat, flying sparks, and accidental contact with hot surfaces.
Designed for demanding industrial environments where heat resistance, cut protection, and durability are equally important.
Material Structure
| Layer | Material | Function |
|---|---|---|
| Outer Layer | Stainless Steel Ring Mesh | Superior cut and puncture resistance |
| Heat-Resistant Layer | Knitted Aramid Fabric | Provides heat resistance and flame protection |
| Thermal Barrier Layer | Cotton Insulation | Reduces heat transfer and improves thermal comfort |
| Inner Lining | Kevlar® Fabric | Additional heat protection and wearing comfort |
| Cuff | Kevlar® Fabric Cuff | Protects wrist and forearm from heat and abrasion |
Description
Steel Mesh Heat Resistant Mitt with Kevlar® Lining combines stainless steel mesh, aramid insulation, cotton padding, and Kevlar® fabric to help protect against heat, sharp edges, and abrasive surfaces. The mitt is commonly used in foundries, forging operations, glass plants, and metal-processing facilities where workers regularly handle hot components and rough materials. The extended Kevlar® cuff adds extra coverage for the wrist and forearm in high-temperature work areas.
Key Features
- Cut and puncture protection
- Reduced heat transfer
- Comfortable interior construction
- Extended wrist and forearm coverage
- Suitable for foundry, forging, glass, and metal-processing applications
Applications
- Foundry and casting operations
- Hot metal handling
- Glass manufacturing
- Forging and heat treatment
- Steel and aluminum processing
- Welding support applications
- Industrial maintenance
Product Description
| Product Name | Steel Mesh Heat Resistant Mitt |
| Material | Metal mesh, aramid fabric, cotton, canvas |
| Knitting | 7 Gauge seamless knit |
| Size | One size fits all |
| Net Weight | 550 gram/pcs |
| Packaging | 1 pcs/pack, 34 pcs/carton |
| Sample | Free sample |
| Logo | Customized |
| Leadtime | 40-50 business days after prepayment |
| Payment Terms | 50% prepayment, balance before shipping |
| Application | metalworking, glass handling, welding, and more. |
Key Characteristics
High-Performance Materials:
Made from strong, high-performance fibers such as HPPE (like Dyneema), Kevlar, or sometimes combined with stainless steel mesh for maximum protection.
Highest ANSI Cut Level:
Rated ANSI Level A9 under the current standard, which signifies the highest degree of cut resistance.
Protection Against Severe Hazards:
Engineered to protect against extreme cut hazards found in industries like metal fabrication, glass handling, and certain food processing tasks involving sharp knives.
Specialized Designs:
Some extreme cut gloves are available in thin, 21-gauge versions, offering a balance of protection and dexterity or can be worn as a liner under nitrile gloves for enhanced safety.
When to Use Extreme Cut Resistant Gloves
Heavy Industry:
Ideal for workers in manufacturing, construction, and cargo handling who encounter sharp edges, machinery, or broken materials.
Food Processing:
Essential for chefs, butchers, and fish processors who use sharp knives and mandolines to prevent severe cuts.
Glass and Metal Work:
Provides critical protection for those who handle sharp metal objects or glass.
How to Choose
Check the ANSI Rating:
Look for gloves with the highest possible ANSI A9 cut level for extreme applications.
Consider the Material:
HPPE, Kevlar, and metal mesh are excellent choices, but your specific task might dictate the best material.
Match to Your Task:
Even for extreme protection, consider if you need superior dexterity for fine tasks or more robust, potentially thicker gloves for heavy-duty use.
FAQ
Q: Are you manufacturer or trading company?
A: We are safety glove manufacturer since 2011.
Q: Do you provide free samples?
A: Yes we do, customers take care of sample shipping.
Q: When can I get a quote?
A: Normally within 2-6 hours after receiving your inquiry.
Q: How about shipping?
A: Sample order by courier, mass order by air or sea as per customer's requirements.
Q: What's your lead time for customized sample?
A: 2 weeks after confirming all details.
Q: Can you put logo on gloves?
A: Logo can be printed or sewn label.
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