Sterling Nitrile Exam Gloves Powder-Free 9.5" – Halyard

Specification:

• Manufacturer Code:
  • Small: 50706
  • Medium: 50707
  • Large: 50708
• Brand: Sterling
• Manufacturer: Halyard Health
• Material: Nitrile
• Color: White
• Length: 9.5"
• Powder-Free: Yes
• Latex-Free: Yes
• Sterility: Non-Sterile
• Packaging: 200 Gloves/Box
• Available Sizes: Small, Medium, Large

Halyard Sterling Nitrile Exam Gloves are powder-free, latex-free gloves engineered for reliable hand protection across medical and clinical settings. At 9.5" in length, each glove features a fingertip-textured surface for enhanced grip and tactile sensitivity, paired with a beaded cuff design for added strength and ease of donning.

Key Features:

• Premium Nitrile Construction: High-quality nitrile material delivers exceptional durability, flexibility, and puncture resistance, providing dependable protection throughout a wide range of clinical and procedural tasks.
• Powder-Free Formula: Eliminates powder residue to reduce the risk of irritation, allergic response, and contamination, supporting improved wearer comfort and cleaner clinical environments.
• Latex-Free Design: Suitable for both wearers and patients with latex sensitivities, making these gloves a versatile and inclusive option for healthcare settings.
• Fingertip-Textured Surface: Enhanced texture across the fingertips improves grip and tactile control, enabling precise handling during delicate or intricate procedures.
• 9.5" Extended Length: Provides greater wrist and forearm coverage compared to standard-length gloves, offering added protection during procedures with elevated exposure risk.
• Beaded Cuff Design: Reinforced cuff edge improves glove strength, prevents rollback during use, and facilitates smooth, controlled donning even when wearing PPE.
• Non-Sterile Configuration: Designed for general examination and clinical use where sterility is not required, offering flexibility across a broad range of healthcare applications.
• 200 Gloves Per Box: High-count packaging supports efficient inventory management and reduces reorder frequency in high-volume clinical environments.