Karam HS111 Latex Tear Resistance Orange Hand Gloves (Pack of 1 Pair)

The Karam HS111 Latex Tear Resistance Orange Hand Gloves are a high-quality choice for professional hand protection. These gloves are made from unsupported latex material, offering exceptional tear resistance. They feature a vibrant orange color, ensuring visibility and style in the workplace.

With a thickness of 24 mil (0.60 mm), these gloves provide superior barrier protection against a range of hazards. The increased thickness enhances durability and longevity, making them suitable for demanding and high-risk tasks. The gloves have a length of approximately 33 cm (±5%), providing extended coverage and safeguarding the wrists and lower arms.

The gloves are flocklined, featuring a soft cotton lining on the inside. This lining enhances comfort, absorbs perspiration, and reduces the risk of skin irritation during prolonged use. The flocklining also facilitates easy donning and doffing of the gloves, promoting efficiency and productivity.

With a pebble grip pattern on the palm and fingers, these gloves offer excellent grip and handling capabilities. The textured surface enhances control and dexterity, enabling users to securely handle objects, even in wet or slippery conditions. This feature is particularly valuable in industries that require a firm grip and precise handling.

The Karam HS111 Latex Tear Resistance Orange Hand Gloves are approved for food-grade applications, ensuring their suitability and safety for handling food products. This certification guarantees compliance with relevant health and safety regulations, maintaining high hygiene standards in food processing, handling, and preparation environments.

These gloves are a reliable choice for professionals in various industries, including chemical handling, janitorial services, industrial cleaning, and more. The Karam HS111 Latex Tear Resistance Orange Hand Gloves provide robust hand protection, exceptional tear resistance, a comfortable fit, and excellent grip performance, ensuring safety and efficiency in a range of work settings.