Cut-Resistant Glove Made of Stainless Steel Mesh ANSI A9 Food Safe | Sansoti

Ultimate Protection for Your Hands

This cut-resistant stainless steel mesh glove provides professional protection while working in the kitchen, handling meat, or opening oysters. Thanks to the ANSI A9 certification, the highest safety standard, you are optimally protected against cuts. The glove is made from high-quality 316L stainless steel, which is not only extremely durable but also resistant to corrosion and heat. Perfect for both professionals and home cooks who prioritize safety and quality. The universal fit makes the glove suitable for both left and right hands.

Benefits of This Safety Glove

• Maximum Cut Protection: ANSI A9 certification guarantees the highest safety standard for protection of both the palm and back of your hand.
• Durable Material: Made from 316L stainless steel mesh offering superior wear resistance, corrosion resistance, and heat resistance.
• Food Safety Certified: Professionally approved for direct contact with food, ideal for meat, fish, and oysters.
• Easy Maintenance: Simple to clean and disinfect, even dishwasher safe for optimal hygiene.
• Comfortable Design: Adjustable wrist closure ensures a perfect fit, including an extra nylon-cotton inner glove for added comfort.
• Universal Use: Suitable for both left and right hands, ideal for butcher shops, fish processing, mandoline use, and hobby activities.

Designed for Safety and Versatility

Whether you work professionally in a butcher shop, restaurant, or simply enjoy cooking safely at home – this protective glove is indispensable. The sturdy steel mesh provides excellent grip, even with slippery ingredients like fish or oysters. The glove combines ergonomic comfort with maximum safety, allowing you to work confidently without sacrificing feel or dexterity. The eco-friendly stainless steel is fully recyclable, a conscious choice for sustainability. Thanks to the adjustable closure, the glove fits perfectly around your wrist and stays securely in place during intensive use.