OV-83115 OvenGrip® 15" Heat & Cold Resistant Neoprene Glove | -109°F to 500°F Protection

OV-83115 OvenGrip® 15" Heat & Cold Protection Glove

The OV-83115 OvenGrip® delivers dependable protection in extreme temperature environments while providing additional forearm coverage with its 15-inch length. Ideal for commercial kitchens, food processing facilities, and industrial applications, this glove features reinforced neoprene construction that offers superior resistance to heat, cold, steam, and chemicals while maintaining a secure, non-slip grip.

Key Features

Extreme Temperature Protection
Protects hands and forearms from temperatures ranging from -109°F to 500°F for up to 15 seconds, allowing safe handling of hot equipment, frozen products, and temperature-sensitive materials.

Extended 15" Coverage
The longer design provides added protection beyond the wrist, helping shield more of the forearm from heat, steam, splashes, and cold exposure.

Reinforced Heat & Steam Resistance
A reinforced pattern neoprene fabric between the thumb and forefinger, combined with durable stitching, provides enhanced protection against heat, steam, and demanding work conditions.

Superior Non-Slip Grip
Textured Neoprene® construction delivers a secure grip on wet, oily, hot, or cold surfaces, improving handling and workplace safety.

Sanitary & Easy to Clean
The stain-resistant and chemical-resistant exterior is dishwasher safe for quick cleaning and supports food safety and sanitation programs.

Ambidextrous Design
Designed for both left- and right-hand use, reducing inventory requirements and increasing convenience in fast-paced operations.

Specifications

• Model: OV-83115
• Length: 15 inches
• Temperature Protection: -109°F to 500°F (up to 15 seconds)
• Material: Textured Neoprene®
• Dishwasher Safe: Yes
• Chemical Resistant: Yes
• Design: Ambidextrous
• Application: Heat, cold, steam, and foodservice handling

The OV-83115 OvenGrip® is an excellent choice for operations requiring extended protection, superior grip, and reliable performance in extreme temperature environments.