Halyard Lavender Nitrile Exam Gloves are a heavy-duty exam glove designed for maximum protection and breathability. Specifically made for medical and industrial usage, these gloves are coated in an advanced nitrile material to provide a superior grip and safeguard against potential skin irritants. Thousands of tiny perforations along the outer surface of the gloves allow for a pressure free fit with outstanding breathability, comfort and dexterity. As one of the most popular exam gloves in the world, these gloves are latex, DEHP and Til-free, making them an appropriate choice for all medical and laboratory needs, from patient care to hazardous material disposal.
Benefits of Halyard Lavender Nitrile Gloves
- Superior puncture and tear resistance
- Powder-free for user comfort and to reduce risk of allergies
- Textured fingertips for improved grip
- High degree of tactile sensitivity
- Ambidextrous design for easy donning and removal
- Secure grip for safe and accurate handling
- Durable extended length for increased protection
- Beaded cuff to promote easy donning
- Exceptional strength and stretch for added comfort
- Barrier protection against blood borne pathogens and other infectious materials
Halyard Lavender Nitrile Gloves Specifications:
- AQL 1.5
- Middle finger – 2.76 mil thickness
- Palm – 1.97 mil thickness
- Cuff – 1.57 mil thickness
- Meets ASTM standards
- Manufactured in accordance with Quality System ISO 9001
The Halyard Nitrile Exam Gloves work by providing a barrier against blood, body fluids and other potentially infectious materials. They are also latex-free, making them ideal for those with latex allergies. The gloves are comfortable to wear and fit snugly, providing a good grip. They are also durable, making them ideal for use in a variety of settings.
Halyard formerly Kimberly Clark Lavender Powder Free Nitrile Gloves are protective examination and laboratory gloves. These gloves are ambidextrous, and feature textured fingertips and beaded cuffs for enhanced tactile strength and easy application.
