Disposable Nitrile Gloves, Powder & Latex Free, Puncture & Chemical Resistant, Food Grade & Medical Grade for Household, Industrial, Lab Use

100% Premium Natural Latex Material: Selected high-purity natural rubber latex raw materials, with outstanding tensile strength and tear resistance, not easy to break or leak during use. Excellent elasticity enables free stretching, perfectly fits various hand sizes, and ensures flexible finger movement without restraint.

Powder-Free & Hypoallergenic Design: Adopts professional powder-free formula and internal polymer coating, completely avoiding powder residue-induced skin irritation, granuloma and postoperative adverse reactions. Low latex protein content effectively reduces latex allergy risks, suitable for long-term medical use.

Sterile & Strict Hygiene Standard: Each glove is individually vacuum-packed and sterilized by ethylene oxide, zero bacteria and zero impurities. Single-use disposable design eliminates secondary pollution risks, fully meeting global medical surgical hygiene requirements.

Micro Textured Anti-Slip Surface: The whole palm and finger surface adopt fine micro-rough texture technology, providing strong friction force. It can firmly grasp surgical instruments even in wet, slippery and liquid-contacted environments, avoiding instrument slipping and ensuring surgical precision.

Superior Tactile Sensitivity: Optimized glove thickness design balances protection and sensitivity perfectly. It retains ultra-high tactile perception, allowing medical staff to accurately perceive subtle tissue changes and complete fine surgical operations efficiently.

Anti-Roll Beaded Cuff: Reinforced thickened beaded cuff design effectively prevents cuff rolling down during long-time operation and frequent hand movement. The extended cuff length improves fitting tightness and enhances overall protective performance.

Double Gloving Compatible: Standardized size and thickness design supports double-gloving operation for high-risk surgery, which can strengthen layered protection against bacteria, viruses and pollutants without affecting wearing comfort and operation flexibility.