Specifications:
Materials: 100% Synthetic Nitrile Rubber Shape: Ambidextrous
Color: Orange
Size: S - XL
Packaging: 100 gloves/box, 10 boxes/case
Length: 240mm
Palm Thickness (mm): 0.19 ±0.03
Finger Thickness (mm): 0.21 ± 0.04
TENSILE STRENGTH:
Before Aging (MPa): Min. 18; Min. 500%
After Aging (MPa): Min. 16; Min. 400%
Introducing our Diamond 8 mil Orange Nitrile Industrial Powder Free Gloves, featuring the exceptional IF87 Diamond Textured design. Engineered for superior performance and durability, these gloves are the ultimate choice for professionals in various industries.
Key Features:
-
Premium Quality: Crafted from high-grade 8 mil green nitrile, these gloves provide an outstanding barrier against chemicals, oils, and other hazardous materials. The robust construction ensures longevity and resilience, making them ideal for rigorous industrial use.
-
Powder-Free Comfort: Designed with your comfort in mind, these gloves are completely powder-free, eliminating the risk of irritation or allergies. The absence of powder also reduces the potential for contamination in sensitive work environments.
-
Diamond Textured Grip (IF86): The innovative Diamond Textured pattern on these gloves offers an enhanced grip in both wet and dry conditions. This ensures precise control and dexterity, allowing you to handle intricate tasks with confidence.
-
Versatile Applications: From automotive and manufacturing to healthcare and laboratory settings, these gloves are versatile and suitable for a wide range of applications. Their high resistance to punctures and tears makes them reliable for challenging tasks.
-
Distinctive Orange Color: Stand out in style with the distinctive green color of these gloves. Not only do they offer a professional appearance, but the color also facilitates easy identification, ensuring the right level of protection for specific tasks.
-
Easy to Wear: The gloves are designed with a comfortable fit, and the rolled cuff makes them easy to put on and take off. This convenience is crucial for maintaining efficiency in fast-paced work environments.
