Experience superior hand protection with the McKesson Confiderm LDC X-Large Exam Gloves, crafted from high-quality nitrile to ensure durability and flexibility during medical procedures. These gloves are designed to provide a high level of tactile sensitivity, making them ideal for healthcare professionals who require precision and dexterity. The thin yet resilient material offers excellent conformability, ensuring a comfortable fit that extends user comfort and reduces fatigue during extended wear. One of the key features of these gloves is their fully textured exterior, which significantly enhances slip resistance in both wet and dry environments. This textured finish helps maintain a secure grip on instruments and equipment, reducing the risk of accidents and improving procedural efficiency. The gloves have been tested to resist permeation of 15 chemotherapy drugs plus fentanyl, making them suitable for handling hazardous substances safely. Additionally, the internal surface is chlorinated to facilitate easy donning and removal, further enhancing user convenience. Designed with skin sensitivities in mind, the McKesson Confiderm gloves have low dermatitis potential, making them an excellent choice for individuals with sensitive skin. Their tensile strength and durability are ensured by the high-quality nitrile construction, providing reliable protection even in demanding medical environments. The gloves feature a fingertip thickness of only 0.07 mm (2.8 mil), allowing for high tactile sensitivity without sacrificing durability. The extra-large size comfortably fits individuals with a palm width of 4 to 4.4 inches, ensuring a snug yet comfortable fit for a wide range of users. Features: * Low dermatitis potential suitable for sensitive skin * Tested to resist permeation of 15 chemotherapy drugs plus fentanyl * Fully textured exterior provides slip resistance in wet or dry conditions * Thin design offers high tactile sensitivity * Excellent conformability for a superior fit and extended comfort * Durable nitrile construction with high tensile strength
