Features
Radians RWG9115 is a 5 mil, examination disposable glove designed for non-sterile medical use and demanding environments. Made with durable latex, it provides exceptional comfort, fit, and flexibility while ensuring reliable barrier protection with its 5 mil thickness. The textured surface offers a secure grip in both wet and dry conditions, allowing for precise handling of instruments and materials. Certified to exceed ASTM D3578 standards, these gloves offer reliable defense when handling contaminated medical materials. The powder-free construction eliminates residue and minimizes the risk of cross-contamination, while the ambidextrous design simplifies application and reduces waste. Equipped with touchscreen capabilities, these single-use gloves seamlessly integrate safety and functionality. Ideal for medical use, food service, manufacturing, HVAC, janitorial work, automotive tasks, and construction.5 mil thickness ensures barrier protection while maintaining flexible for precise tasks
Made with durable latex to provide excellent comfort and fit
The textured grip of the glove ensures a secure grip in both wet and dry conditions
Complies with FFDCA food handling requirements 21 CFR, Parts 170-199
Meets ASTM D3578 for rubber examination gloves
Powder free helps to eliminate residue and minimizes risks of cross-contamination
Ambidextrous design simplifies application and reduces waste
Touchscreen capabilities allows for seamless use with electronic devices while maintaining full hand protection
Single use only
With over 25 years of expertise in the PPE industry, Radians has become a cornerstone of job site safety. Known for their "Work Hard, Stay Safe" philosophy, they specialize in high-performance gear that doesn't choose between comfort and compliance. From their award-winning hi-vis apparel to their precision-engineered coated gloves, every Radians product is rigorously tested to exceed ANSI standards. When you choose Radians, you’re investing in durable, innovative protection designed to keep you productive in the most demanding industrial environments.