Cold-resistant, cut-resistant, water-based foamed nitrile gloves are known for their outstanding features and cost advantages.
Cuff Tightness | Elastic | Origin | Jiangsu |
Length | Customized | Trademark | Customized |
Color | Optional | Delivery time | About 30 days |
Transport Package | Carton | Production Capacity | 3 Million Pairs/Month |
These gloves are designed to provide superior protection against cold temperatures and cutting hazards, making them ideal for a variety of industrial and outdoor applications. The innovative water-based foam coating not only meets environmental standards, but also ensures flexibility and dexterity, reducing hand fatigue when worn for long periods of time. Additionally, these gloves offer excellent grip, enhancing user confidence and safety in a variety of work environments.
These gloves are widely used in industries such as construction, manufacturing, logistics, automotive repair and general maintenance, where protection against cold and cut risks is critical. The combination of cold resistance and cut protection makes them particularly suitable for handling sharp materials, mechanical operations and winter outdoor work. Additionally, their durability and comfort make them an excellent choice for tasks involving repetitive movements and prolonged use.
Features | . The tight knitted liner gives the glove a perfect fit, super comfort and dexterity . Breathable coating keeps hands ultra cool and try . Excellent grip in wet and dry conditions that improves work effeciency . Excellent dexterity, sensitivity and tactility |
Applications | . Light engineering work . Automotive industry . Oily materials handling . General assembly |
In summary, cold-resistant, cut-resistant, water-based foam nitrile gloves offer superior protection, comfort and versatility, making them an indispensable part of a variety of industries and outdoor activities. Its competitive pricing further enhances the appeal, providing businesses and workers with a cost-effective solution without compromising on quality and performance.