Ansell AlphaTec 38-520 Black Butyle Chemical Resistant Gloves, Size 11, Polymer Coating

This product is a pair of chemical-resistant gloves designed for use in demanding industrial environments. Made from butyl rubber, these gloves provide reliable protection against aggressive chemicals and harsh substances, ensuring the safety of the wearer during various tasks. Their ergonomic design promotes comfort and ease of movement, making them well-suited for professionals in sectors requiring protective gear against hazardous materials.

• Made from butyl polymer for resistance to harsh chemicals
• Latex-free to minimise allergy risks for users
• Ergonomic design enhances comfort and ease of use
• Soft formulation increases flexibility and dexterity
• Rough finish improves grip for safer handling
• Tested to meet EN388 safety standards for abrasion and cut resistance

• Suitable for chemical handling and processing tasks
• Applicable in the oil and gas industry for equipment maintenance
• Can be used for filling and blending raw materials
• Often employed in life sciences laboratories for safe material handling
• Ideal for opening and draining pumps, valves, or lines

These gloves have been tested against EN388 safety standards, ensuring adequate protection in terms of abrasion, cuts, and punctures. They also meet EN374 compliance for chemical hazards, making them suitable for handling various aggressive substances.

The gloves are designed with a soft butyl formulation that enhances flexibility, allowing users to perform intricate tasks with ease. Their ergonomic shape offers a natural fit, reducing hand fatigue during extended use.

While designed for industrial applications, they may also be suitable for DIY projects involving chemicals. However, users should assess the specific hazards present and whether these gloves meet their safety requirements.

It is advisable to inspect the gloves for any damage before reuse. If they are visibly intact after cleaning, they may be used again. However, it is crucial to ensure they remain effective in protecting against chemicals.