ANSELL – Safety Gloves – EDGE -14-663

Description

CE-Certified PVC Gloves: Breakdown for Chemical and Mechanical Resistance

This description highlights PVC gloves certified for safety and offering a combination of features for various industrial applications. Here’s a breakdown:

Material and Protection:

PVC Coating: Polyvinyl Chloride (PVC) offers good resistance to many chemicals, including acids, bases, and oils (check the specific resistance chart for the intended chemicals).

CE-certified: This indicates compliance with European safety standards, ensuring a minimum level of quality and protection.

Grip and Dexterity:

Non-slip Finish: The rough surface texture can enhance grip, especially when handling wet or oily objects.

Note: PVC can sometimes have a stiff feel compared to other materials. Dexterity might be limited for tasks requiring high precision handling.

Applications:

These gloves could be suitable for various tasks requiring:

Chemical Resistance: Handling chemicals within the PVC’s resistance range (always check the compatibility chart).

Mechanical Protection: PVC offers some protection against cuts, scrapes, and abrasion (although not as effective as some other materials).

Grip in Wet or Oily Environments: The non-slip finish can be beneficial for these conditions.

• Enhanced durability: Fully-coated with PVC, EDGE® 14-663 safety gloves ensure greater flexibility and comfort while guarding hands against chemical, mechanical and biological hazards, making them ideal for workers exposed to oils, greases, acids, caustics and alcohols
• Optimized protection: These durable work gloves feature a rough, non-slip finish on the palm, fingers and back of hand, offering an excellent grip in wet and oily conditions while protecting against abrasions
• Reduced risks: CE-certified, EDGE® 14-663 industrial gloves meet European safety, health and environmental protection requirements and are highly cost-effective PVC work gloves for chemical protection