Ansell Alpha Tec Black Natural Rubber Latex Chemical Resistant Work Gloves, Size 10, Latex, Natural Rubber Coating

This is a pair of work gloves designed for chemical handling and protection in demanding environments. They are constructed from thick natural rubber latex, offering significant resistance against various chemicals while ensuring durability and comfort for the user. These gloves are a practical choice for professionals in industrial settings requiring reliable protection during tasks involving hazardous substances.

• Chemical and abrasion resistance for enhanced safety
• Beaded cuff allows for easy donning and doffing
• Diamond grip pattern ensures better handling of materials
• Flexible latex design reduces discomfort during prolonged use
• 100% cotton flock lining absorbs moisture to enhance comfort
• AQL of 0.65 indicates quality manufacturing standards

• Suitable for loading and unloading process equipment
• Can be used for transferring liquids and solids between vessels
• Often employed in automotive aftermarket tasks
• Applicable in metal fabrication and machinery maintenance
• Frequently used in production line support activities

These gloves provide substantial chemical resistance, making them ideal for various industrial applications where exposure to hazardous substances is possible. Their latex composition helps safeguard against many water-based chemicals.

The gloves feature an internal cotton flock lining that absorbs moisture, which helps reduce discomfort and keep your hands dry during extended wear.

While the gloves are made from natural rubber latex, a small number of users may experience sensitivities. It is advisable to verify compatibility with latex before use in sensitive environments.

They are designed for use in environments such as chemical processing, automotive servicing, and general industrial operations where exposure to hazardous materials is prevalent.

It is recommended to store the gloves in a cool, dry place away from direct sunlight and sources of ozone to prevent deterioration.