McKesson Confiderm 3.5C Medium Nitrile Exam Gloves with Textured Fingertips and Beaded Cuff

The McKesson Confiderm 3.5C Medium nitrile exam gloves are designed for healthcare professionals seeking reliable, hygienic protection during patient care and handling of chemicals. Made from high-quality nitrile material, these gloves are powder- and latex-free, minimizing the risk of allergic reactions and chemical sensitivities. Perfect for environments requiring chemical resistance, including chemotherapy drug handling, they provide a safe barrier without compromising dexterity or tactile sensitivity. The textured fingertips enhance grip and precision, making them well-suited for delicate procedures. The ambidextrous design ensures quick and easy donning on either hand, reducing preparation time in fast-paced settings. The beaded cuff forms a secure seal around the wrist, preventing liquid ingress and facilitating easy removal, which helps maintain a sterile environment. These gloves are non-sterile, single-use, and disposable, promoting hygiene and reducing contamination risks in clinical settings. Designed with comfort and functionality in mind, the McKesson Confiderm gloves meet rigorous safety standards, making them an ideal choice for medical professionals, laboratory technicians, and anyone requiring dependable exam gloves. The medium size fits individuals with a palm width of approximately 3.3 to 3.5 inches, ensuring a snug yet comfortable fit for extended wear. Incorporate these gloves into your medical supplies to enhance safety, hygiene, and efficiency during examinations and procedures.

Features:
* Powder- and latex-free nitrile material reduces chemical sensitivity and allergic reactions
* Textured fingertips improve grip, sensitivity, and dexterity
* Ambidextrous design allows quick and easy donning on either hand
* Beaded cuff creates a secure seal around the wrist and facilitates easy removal
* Suitable for handling chemicals, including chemotherapy drugs
* Disposable, single-use gloves promote hygiene and reduce contamination risk