Circuit Gloves - Black/Aqua - 2XL
The SLIPPERY Circuit Gloves model 3260-0437 in Black and Aqua are designed to deliver superior grip and tactile sensitivity during demanding activities. Featuring an anti-slip gel print on the palm and fingertips, these gloves ensure a firm hold on tools, equipment, or surfaces, reducing slippage and enhancing precision. The perforated palm promotes airflow and moisture management, keeping your hands dry and comfortable during prolonged use. The Innospan backhand provides exceptional flexibility, allowing natural hand movements without restriction, making these gloves ideal for both professional and recreational applications.
The flat-stitch seams contribute to all-day comfort, minimizing irritation and chafing even during extended wear. Integrated neoprene finger padding offers extra coverage and protection, reducing strain and potential injury during intensive tasks. Additionally, the gloves are equipped with a TPR hook and loop wrist closure, providing a secure fit and easy adjustability. Whether you're working in construction, cycling, or other activities requiring enhanced grip and dexterity, these gloves are built to meet demanding standards and deliver reliable performance.
Constructed with high-quality materials and thoughtful design features, the SLIPPERY Circuit Gloves combine durability, comfort, and functionality in a sleek black and aqua color scheme. Their lightweight design ensures minimal fatigue, allowing you to focus on your tasks without distraction. These gloves are a versatile addition to any toolkit or sports gear collection, offering the perfect balance of protection and tactile control for a variety of environments.
Features:
- Anti-slip gel print on palm and fingertips for maximum grip
- Perforated palm for improved airflow and moisture management
- Innospan backhand for enhanced flexibility
- Flat-stitch seams for increased comfort during extended wear
- Integrated neoprene finger padding for added coverage
- TPR hook and loop wrist closure for secure fit and adjustability