CareStock Medium Non-Sterile Nitrile Exam Gloves with Textured Fingertips and Chemo Testing – Blue, Part CS2714

These CareStock Medium Non-Sterile Nitrile Exam Gloves are designed to provide reliable hand protection across various professional settings, including healthcare, tattoo artistry, piercing, hair styling, and aesthetics. Made from durable nitrile material, they offer a secure fit and enhanced grip thanks to a beaded cuff and a standard cuff length that ensures a snug, comfortable fit during extended wear. The textured fingertips with a slim 0.07 mm thickness deliver exceptional tactile sensitivity and slip resistance, even in wet conditions, making them ideal for precise tasks that require dexterity.

Certified for chemotherapy compatibility, these gloves undergo rigorous testing to ensure safety for both medical professionals and patients. Their powder-free design minimizes contamination risks, maintaining a clean environment during use. The vibrant blue color enhances visibility and facilitates quick identification in busy workspaces. Whether used in medical procedures or cosmetic applications, these gloves provide a versatile, high-performance solution for professionals seeking superior hand protection and tactile control.

Constructed to meet the demands of demanding environments, the CareStock nitrile gloves combine safety, comfort, and durability in a single package. Their textured fingertips improve grip on tools and instruments, reducing hand fatigue and increasing precision. Designed to be non-sterile, they are suitable for a wide range of applications where sterile conditions are not required, offering flexibility and peace of mind for daily use.

Features:
* Premium hand protection suitable for healthcare, tattoo, piercing, hair styling, and aesthetic services
* Secure fit with beaded cuff and standard cuff length for comfortable wear
* Textured fingertips with 0.07 mm thickness for enhanced tactile sensitivity and slip resistance
* Chemotherapy-tested to ensure safety for medical and cosmetic use
* Powder-free design to reduce contamination risk