Radians RWG27 Cut Protection Level A3 Dipped Winter Gripper Glove - 12 Pack

Radians RWG27 Cut Protection Level A3 Dipped Winter Gripper Glove

The Radians RWG27 Cut Protection Level A3 Dipped Winter Gripper Glove is built for cold-weather tasks where warmth and protection are essential. This glove is designed to offer superior cut resistance while keeping your hands warm and comfortable in tough outdoor conditions. Featuring a 7-gauge high-visibility yellow polyester shell and a blue crinkle latex coating, these gloves ensure a strong grip in wet and dry environments. With an acrylic/polyester inner liner, the gloves provide added warmth and extra protection, making them ideal for construction workers, contractors, and anyone working in cold climates.

Designed to meet ANSI Level A3 cut protection standards, the Radians RWG27 gloves deliver reliable performance in high-risk environments. The latex coating enhances grip and durability, while the seamless elastic slip-on cuff ensures a comfortable, secure fit. Whether you're handling sharp tools, rough materials, or working in wet or slippery conditions, these gloves are an essential addition to your gear. They are also tested to EN388 standards, providing protection against abrasion, cuts, tears, and punctures. Durable, flexible, and designed for long wear, these gloves are perfect for contractors who need effective protection in cold, tough work environments.

Features

• 7-gauge high-visibility yellow polyester shell with a blue crinkle latex coating.
• 80% acrylic, 20% polyester inner liner provides warmth and protection.
• Seamless elastic slip-on cuff for a secure and comfortable fit.
• Tested to ANSI/ISEA Cut Level A3 for reliable cut resistance.
• Tested to EN388 standards for abrasion, cuts, tear, and puncture resistance (1 2 3 1).
• Crinkle latex palm coating delivers enhanced grip in wet and dry conditions.
• Ideal for outdoor and cold-weather work environments.
• Flexible and durable design for long-term use.
• CAUTION: Contains latex; may cause allergic reactions in some users.