The Dexter 82153 Sani-Safe® (SSG2-M-PCP) Glove is a high-performance cut and puncture resistant hand protection designed for commercial food processing and kitchen safety applications. Crafted by Dexter Russell, this glove features stainless steel mesh construction, providing exceptional durability against sharp objects, and reversible design for extended usability. It incorporates a tapered fit with a red nylon cinch strap for secure positioning, ensuring precise control during intricate tasks. The model number 82153 specifies a medium size with dimensions of 11.75 inches in width, 5 inches in depth, and 0.49 inches in height, weighing approximately 0.65 pounds. Engineered for safety-critical environments, it combines stainless steel material and modern design to meet rigorous industry standards, reducing injury risk during food prep and handling processes. The glove’s technical profile emphasizes enhanced cut and puncture resistance in demanding commercial kitchen workflows and meat processing setups.
Top Dexter Russell 82153 Features
Designed for professional food safety, this cut-resistant glove’s stainless steel mesh ensures durability during heavy-duty tasks, while reversible construction extends service life. The tapered fit improves user comfort and dexterity, with a red nylon cinch strap facilitating secure and quick adjustments. Its medium size balances manageability and coverage, ideal for tasks requiring precision handling of sharp or punctured items. Engineered for easy maintenance, the glove resists damage from frequent cleaning, making it suitable for high-use commercial environments. Perfect for meat butchering, prep stations, and hybrid food processing operations, it enhances workflow efficiency by minimizing hand injuries.
- Cut and puncture resistance: Stainless steel mesh for durability against sharp tools
- Reversible design: Extended service life with easy wear orientation adjustments
- Secure fit: Tapered fit with adjustable nylon cinch strap for precise control
- Size medium: 11.75" width and 0.49" height for ergonomic hand protection
- Durable stainless steel construction: Easy to clean and maintain in commercial kitchens
Ideal for food processing or safety-critical tasks where cut protection and ease of use are vital
82153 Technical Specs
The Dexter 82153 glove features stainless steel mesh construction with precise dimensions of 11.75 inches in width, 0.49 inches in height, and a depth of 5 inches, weighing 0.65 pounds. It operates in environments demanding high cut and puncture protection, suited for applications such as meat processing and culinary prep areas. The glove is compatible with standard hand sizes, incorporates a reversible design for extended lifespan, and facilitates easy cleaning with stainless steel material that withstands frequent sanitization. Its technical profile aligns with commercial food safety and safety standards, promoting injury prevention during Foodservice work. The glove is built for moderate throughput workflows that require high durability and precision handling.
- Material: Stainless steel mesh for maximum durability and sanitation
- Dimensions: 11.75" W x 5" D x 0.49" H, weight 0.65 lbs
- Construction: Reversible stainless steel glove for extended use life
- Sterilization: Compatible with routine cleaning and sanitization processes
- Design: Tapered fit with red nylon cinch strap for secure positioning
What is a commercial cut-resistant glove
A commercial cut-resistant glove is a safety device designed to protect hands during food preparation, processing, or industrial tasks involving sharp tools. Typically constructed from durable materials such as stainless steel mesh or high-performance fibers, these gloves provide high levels of protection against cuts and punctures in demanding foodservice environments. The Dexter 82153 Sani-Safe® glove, with its stainless steel mesh, is installed in meat processing stations, prep lines, and sanitation-heavy kitchens. It ensures safety by mitigating injury risks during handling of knives, slicers, or other sharp instruments, making it suitable for moderate throughput operations within professional culinary and industrial settings.
Top Resilient Gloves for Middle-Volume Foodservice Settings
High-quality design and robust stainless steel construction define the Dexter 82153 Sani-Safe® glove, ideal for moderate-volume kitchens handling sharp tools and requiring reliable hand protection. Suitable for food processing and safety applications, this glove maintains performance and hygiene standards in busy culinary environments. Designed for operation in meat butchering, prep stations, and hybrid food industries, Dexter Russell model 82153 supports workflow efficiency and injury prevention with durable, reversible construction and secure fit features.
- Designed for moderate throughput in commercial kitchens
- Suitable for meat processing, prep stations, and handling sharp tools
- Constructed with industrial-grade stainless steel mesh for durability
- Perfect for consistent use requiring hygienic, high-resistance hand protection
- Engineered for operational safety and ease of cleaning in food environments
Why Choose Dexter Russell 82153?
The Dexter Russell 82153 Sani-Safe® glove distinguishes itself with its stainless steel mesh construction and reversible design, offering enhanced durability and extended service life compared to similar models. Its stainless steel material provides excellent resistance to cuts and punctures while maintaining easy sanitation for food safety standards. The tapered fit with adjustable nylon strap ensures secure positioning, providing comfort during prolonged use. This glove's robust construction makes it ideally suited for demanding food processing tasks where hand protection and hygiene are paramount, setting it apart from less durable, fabric-based options.
- Self-contained stainless steel design for maximum durability
- Reversible construction extends glove lifespan in busy kitchens
- Secure tapered fit improves user safety and control
- Optimized for meat processing and prep workflows
- Offers high resistance to cuts and punctures, reducing injury risk
