Chef Revival 17" Conventional Oven Mitt w/ Silicone Lining - Terry, Beige (CLTTSBOM7BE-1)

The Chef Revival 17" Conventional Oven Mitt (CLTTSBOM7BE-1) is a professional-grade kitchen essential designed to provide robust heat protection for commercial and restaurant kitchens. Tested to withstand temperatures up to 500°F, this beige oven mitt features a terry exterior and a high-quality silicone lining that protects against scorching heat while maintaining comfort. Its 17-inch length, running up the elbow, ensures easy reach for hot dishes, making it ideal for chefs and kitchen staff who demand durability and reliability. Reinforced with Kevlar seams, this oven mitt is built to last in high-stress commercial environments, offering long-term performance without compromising safety. This oven mitt is not just about heat resistance; it also prioritizes convenience with its machine-washable design, allowing for easy maintenance without compromising hygiene standards. The terry exterior provides a soft, comfortable grip, while the silicone lining ensures superior heat dissipation, making it perfect for handling everything from baking sheets to roasting pans. Additionally, the steam protection feature adds an extra layer of defense against moisture and heat, further enhancing its usability in professional kitchens. Whether you're a chef managing a busy restaurant or a kitchen manager sourcing equipment, the Chef Revival oven mitt combines functionality, durability, and professional-grade performance, making it a must-have for any commercial kitchen setup. For those in the restaurant or hospitality industry, investing in high-quality oven mitts like this one is a practical choice. It meets the demands of fast-paced kitchens while ensuring the safety and comfort of your staff. The beige color adds a sleek, professional touch, complementing any kitchen aesthetic. Don’t compromise on safety and durability—equip your kitchen with the Chef Revival 17" oven mitt today and experience the difference in heat protection and long-term reliability.