HALYARD Sterling SG Nitrile Powder-Free Exam Gloves, 3.7 mil, 9.5 Inches, Gray, Large, 41660 (Box of 250)

Performance in a Latex-Free Exam Glove Latex allergy is a concern within the healthcare industry. With this exam glove, HALYARD* has created a latex-free glove with the protection, comfort, and sensitivity of latex, at a comparable value. The Protection of Nitrile HALYARD*'s manufacturing process boosts the tensile strength of nitrile—the force required to break through the glove—to increase its already superior barrier protection qualities. The Tactile Sensitivity of Latex The process also allows a reduction in glove thickness, which means that less force is required to stretch the material. That provides a latex-free glove with the dexterity and tactile sensitivity of natural rubber latex. Save Space and Waste Less Standard length STERLING* Nitrile Exam Gloves come in space-saving 200-count dispenser boxes. That means up to a 50% saving in the storage space you’d usually devote to gloves. It also means fewer runouts and replacements in use, which can help increase convenience and compliance. It also means there are fewer boxes to discard, which means less waste for your facility. SMARTPULL* Dispenser Box SMARTPULL* dispensing incorporates two separate openings on the box. The first, smaller opening is used when the box is full and helps control dispensing to lessen waste from dropped gloves or multiple dispensing. When the box is half empty, the second, larger opening allows easier access to the gloves.

• SOFT NITRILE COMFORT: Smooth nitrile material provides a comfortable feel with balanced flexibility for extended wear
• POWDER-FREE CONSTRUCTION: Clean, powder-free design supports neat handling and easy transitions between tasks
• ENHANCED 3.7 MIL THICKNESS: Slightly thicker build offers added durability while maintaining tactile sensitivity
• CONSISTENT FIT & COVERAGE: 9.5-inch length delivers reliable hand coverage and a secure, easy-on experience
• HIGH-VOLUME CASE PACK: Case includes 250 nitrile gloves, ideal for bulk use, streamlined storage, and efficient replenishment