The ProWorks Nitrile Exam Gloves in a striking lime green hue are designed to meet the rigorous demands of medium to heavy-duty industrial applications. Crafted from high-quality nitrile material, these gloves provide excellent puncture and chemical resistance, making them an ideal choice for automotive, painting, construction, maintenance, janitorial, and assembly line tasks. With a thickness of 7 mil, they offer enhanced durability without compromising on dexterity or comfort.
The vibrant lime green color not only adds a refreshing aesthetic but also enhances visibility, making these gloves a practical choice for outdoor work environments. Whether you are working under bright sunlight or in low-light conditions, their fluorescent tone ensures that you remain easily visible, promoting safety in various industrial settings. Additionally, the color makes them suitable for color coding schemes, enabling efficient identification during tasks that require sorting or organization.
These gloves feature a textured surface for a secure grip, allowing users to handle tools and materials with confidence. The ambidextrous design ensures that they can be worn on either hand, while the powder-free interior provides comfort and minimizes the risk of allergic reactions. Ideal for professionals in demanding industries, the ProWorks Nitrile Exam Gloves combine functionality with comfort, supporting users in maintaining high levels of productivity and safety.
Durable, visible, and versatile, the ProWorks Nitrile Exam Gloves are an essential addition to any professional’s toolkit. Their application across various sectors underscores their reliability, making them a preferred choice for those who prioritize quality and performance in their safety gear. Invest in protection that performs, allowing you to focus on the job at hand.
Good for medium to heavy duty industrial applications like automotive, painting, construction, maintenance, janitorial services, production and assembly line. The bright lime green color is excellent for outdoor use for added visibility or as part of a color coding program.