Howard Leight Cold Weather Thermal Rig Dog CR Gloves, Size 2X-Large (Part Number: MPCT2000HD/11XXL)

Molded TPR patches Ergonomically placed to provide optimal hand protection in impact situations Cut resistant palm to protect against cuts and slashes

The Howard Leight Rig Dog CR gloves are designed to provide superior hand protection in cold weather conditions while maintaining dexterity and comfort. Crafted with a durable construction, these gloves feature molded TPR patches that are ergonomically positioned to offer optimal impact resistance, safeguarding your knuckles and fingers during strenuous tasks. The ANSI A7 cut-resistant palm enhances safety by protecting against cuts and slashes, making these gloves suitable for a variety of demanding environments.

Constructed with high-quality materials, the Rig Dog CR gloves are tailored for cold weather use, ensuring your hands stay warm without sacrificing mobility. The 2X-large size provides a comfortable fit for larger hands, allowing for extended wear without discomfort. These gloves are not stockable, making them ideal for specialized applications where custom or limited availability is preferred. Designed with safety and durability in mind, the Howard Leight Rig Dog CR gloves are an essential addition to your protective gear collection for cold and impact-heavy work environments.

Originating from Sri Lanka, these gloves combine craftsmanship with functional design to meet the demands of industrial, construction, and outdoor tasks. Whether working in chilly conditions or requiring enhanced impact protection, the Howard Leight Rig Dog CR gloves deliver reliable performance to keep your hands protected and secure.

Features:

• Molded TPR patches: Ergonomically placed for optimal impact protection

• ANSI A7 cut-resistant palm: Provides protection against cuts and slashes

• Cold weather thermal design: Keeps hands warm during low temperatures

• Size: 2X-Large: Suitable for larger hands for a comfortable fit

• Durable construction: Ensures long-lasting performance in demanding environments