Ansell Microflex N89 Nitrile Exam Gloves are the ideal solution to meet your demanding healthcare needs. Designed for safety and comfort, these powder-free gloves are perfect for use in both medical and general environments. Being latex-free, they offer a safe alternative for those with latex sensitivities, ensuring comprehensive protection without compromising on skin friendliness.

Available in a fresh green color, they are easy to identify and perfect for color-coded operations. These gloves provide outstanding resistance to a wide range of chemicals, punctures, and tears, making them a reliable choice for healthcare professionals and laboratory technicians. With sizes ranging from small to X-large, every glove is tailored to provide optimal fit and comfort, enhancing the user's dexterity during delicate procedures, while the non-sterile construction ensures utility in various non-surgical applications.

Key Features:

• Made from superior-quality nitrile material that ensures durability and resistance to punctures and chemicals.
• Powder-free design prevents contamination and latex-free to avoid allergic reactions.

Uses:

• Ideal for healthcare environments, laboratories, and food handling, these gloves provide effective barrier protection against a range of chemicals, viruses, and bacteria. Suitable for both medical and general use, offering high protection and comfort.

FAQs:

1. Are these gloves suitable for individuals with latex allergies?
Yes, the Ansell Microflex N89 gloves are latex-free, making them suitable for individuals with latex allergies.

2. Can these gloves be used for food handling?
Yes, these nitrile gloves are suitable for food handling, as they provide an effective barrier and are powder-free, minimizing any contamination risks.

3. What are the color options available?
These gloves are available in a distinctive green color, making them easily recognizable for specific tasks or workplace requirements.

4. Are these gloves reusable?
The gloves are intended for single-use to ensure hygiene and safety. Reusing them can compromise their protective capabilities.