The exterior layer of heat resistant gloves is made of Kevlar, which can withstand the temperature up to 500℃. And the inner layer is the comfortable flame-retardant lining for overall protection.
Usages: Aluminum profile extrusion, steel/metal processing, welding, glassmaking, ceramics, thermoplastic industry, automobile manufacturing, etc.
Anti-cutting - reduce cut hazards, ideal for glass industry, metal stamping, etc
Heat resistant - avoid burning injury or damage due to high temperature
Double insulated - both inside and outside layers are anti-static for safety
Extended cuff - protect the wrist area and reduce discomfort caused by heat
One size fits all - good adaption with hands, easy to control with ease
Gloves usually have individual coverage for each finger, providing excellent mobility for wearers. It is suitable for tasks that require a high degree of finger dexterity. And it's a great option for achieving both practicality and protection.
Mitts/Mittens refer to the gloves which cover the entire hand or fist without separate finger covering. Sometimes, mitts may have an independent space for the thumb, but still lacks flexibility. However, it is easy to put on or take off, and have a better protective capacity than gloves.
Want more details about heat resistant Kevlar gloves?
| Style No. | Length | Color | Heat resistance | Flexibility | Finger shape |
| GP51 | 37cm | Yellow | 500℃ | 3.5Grade | Gloves - Fiver fingers with non-woven reforce |
| Style No. | Length | Color | Heat resistance | Flexibility | Finger shape |
| GP52 | 37cm | Yellow | 500℃ | 3.5Grade | Mittens - One big thumb |
| Style No. | Length | Color | Heat resistance | Flexibility | Finger shape |
| GP22 | 37cm | Yellow | 500℃ | 2.5Grade | Gloves/Mittens - Two fingers with non-woven reforce |
| Style No. | Length | Color | Heat resistance | Flexibility | Finger shape |
| Cobra | 30cm | Yellow | 500℃ | 3.5Grade | Mittens - Two fingers with non-woven reforce |
How to choose heat resistant Kevlar gloves?
