John Ritzenthaler Company CLHPF1-1 6 Inch Non-stick Silicone Handle Holder Silver - 1/Pair

The John Ritzenthaler Company CLHPF1-1 Chef Revival® Handle Holder 6" Non-stick Silicone is a professional-grade kitchen accessory designed for commercial foodservice environments. This handle cover is crafted from durable, heat-resistant silicone material capable of withstanding temperatures up to 350°F, providing superior protection for pot and pan handles. Its 6-inch length and non-stick surface facilitate safe grip and handling of cookware during high-temperature operations, making it an essential tool in busy restaurant kitchens, institutional cafeterias, and catering services. Its silver finish complements professional kitchen aesthetics while ensuring reliable, long-term performance in demanding culinary workflows.

The Chef Revival® Handle Holder offers precise heat protection for commercial cookware handling. Its non-stick silicone construction ensures easy cleaning and maintenance, while its 6-inch size provides ergonomic handling for a variety of pot and pan sizes. Designed for durability, this handle cover withstands repeated thermal exposure up to 350°F. It integrates seamlessly into fast-paced kitchen workflows, enhancing safety and efficiency during high-volume food preparation and service.

Best suited for professional kitchens requiring reliable handle protection during heavy foodservice operations

The CLHPF1-1 handle cover from Chef Revival® is engineered from high-quality silicone with a 6-inch length and a weight of 1 pound for balanced handling. Its temperature resistance reaches up to 350°F, making it compatible with standard commercial cookware and hot hold areas. The construction features a non-stick coating that simplifies cleaning routines, with a straightforward disassembly for maintenance purposes. Designed to fit a broad range of pot and pan handles, this handle holder integrates seamlessly with typical kitchen workflows, supporting high-wear usage in busy foodservice environments. Its silver finish complements professional kitchen decor while providing durable, heat-resistant performance.

Electrical requirements: Not applicable

Cleaning method: Wipe with damp cloth, disassemble for thorough cleaning

Temperature range: Operates safely up to 350°F

Compatibility: Fits most pot and pan handles for versatile use

Installation: Designed for quick placement without tools

A commercial handle cover is a heat-resistant protective accessory designed to insulate cookware handles, enabling safe handling during hot food preparation. Typically constructed from materials like silicone, it provides thermal protection while preventing burns in busy kitchen settings. Installed over pot and pan handles, these covers enhance operational safety and workflow efficiency, particularly in high-volume foodservice environments such as restaurants, catering facilities, and institutional kitchens. The John Ritzenthaler Company CLHPF1-1 Chef Revival® Handle Holder 6" Non-stick Silicone exemplifies this category, offering reliable insulation for a wide range of commercial cookware, supporting safe and efficient culinary operations.

Designed for high-traffic kitchens, the John Ritzenthaler Company CLHPF1-1 handle cover provides durable, heat-resistant insulation with easy maintenance. Suitable for busy restaurant operations, it ensures safe handling of cookware used in fast-paced food preparation environments. Ideal for institutional and catering use, this product enhances workflow safety and operational reliability in demanding commercial kitchens.

The CLHPF1-1 handle cover distinguishes itself through robust silicone construction, heat resistance up to 350°F, and a practical 6-inch design optimized for professional cookware. Its non-stick surface offers straightforward cleaning, reducing downtime and labor in high-demand kitchens. Unlike typical insulative covers, this model combines durability, safety, and ease of maintenance to support seamless foodservice operations, making it an efficient tool for commercial kitchen environments by minimizing burn risks and enhancing workflow safety.