Description

Introducing the Ansell Microtouch Nitrile Gloves, a premium solution for professionals seeking reliable hand protection. Crafted by Ansell, these gloves are designed to meet the rigorous demands of medical examination environments, offering exceptional barrier protection and comfort.

Key Features

• Material: Made from synthetic nitrile, these gloves are both powder-free and latex-free, minimizing the risk of Type I latex allergies.
• Grip: The textured fingers ensure a secure grip, enhancing precision in various applications.
• Versatility: Available in both sterile and non-sterile versions, suitable for standard and moderate risk examination procedures.

Specifications

• Color: Blue
• Cuff Length:
• Standard: 240 mm (9.5 inches)
• Extended (sterile version): 290 mm (11.6 inches)
• Thickness:
• Standard/Non-sterile: Finger 0.09 mm, Palm 0.07 mm
• Sterile/Extended: Finger 0.16 mm, Palm 0.11 mm

Performance

• AQL (Freedom from Holes): 1.5
• Comfort: Advanced stretch formulation for superior fit and tactile sensitivity.
• Barrier Integrity: Exceeds ASTM D6319 standards, with resistance to chemotherapy drugs and chemical splashes.

Sizes

Available in sizes XS to XL, ensuring a suitable fit for a wide range of users.

Packaging

• Non-sterile: 200 gloves per dispenser, 10 dispensers per case.
• Sterile: 1 pair per pouch, 50 pairs per dispenser, 4 dispensers per case.
• Sustainability: Packaging is plastic-free, recyclable, and made with at least 70% recycled material.

Certifications

• ASTM D6319
• ASTM D6978
• EN 16523-1
• EN 455 1-4
• FDA 21 CFR 177-2600 (US food contact approved)

Use Cases

Ideal for healthcare and laboratory settings, these gloves provide robust protection against latex allergies and chemical exposure. Their environmentally friendly packaging aligns with sustainable practices, making them a conscientious choice for modern facilities.

Additional Variants

Notable variants include the sterile extended cuff and NITRA-TEX for enhanced chemical splash resistance, catering to specialized needs in demanding environments.