Ansell 93-401 Beige Powder-Free Nitrile Disposable Gloves, Size XL, 100 per Pack

This category of disposable gloves is designed specifically for use in controlled environments, such as cleanrooms. Manufactured from nitrile, these gloves offer a dependable barrier while ensuring compliance with stringent cleanliness standards. Ideal for industries that require high levels of cleanliness, these gloves are engineered to protect both equipment and users from contamination.

• Soft yet durable nitrile provides excellent comfort and strength
• Low ion content ensures minimal interference in sensitive environments
• Powder-free design eliminates dust and reduces allergy concerns
• Made without latex proteins, lowering the risk of allergic reactions
• AQL 1.5 guarantees reliable performance and integrity

• Suitable for cleanroom cleaning and preparation tasks
• Can be used for blending and compounding solids and liquids
• Often employed in transferring liquids during laboratory operations
• Applicable in the assembly of electronic and mechanical parts
• Frequently used for the weighing and dispensing of materials in laboratories

The gloves are made from nitrile, which is a synthetic rubber known for its durability and resistance to chemicals. This material choice minimises the risk of allergies associated with latex while ensuring a strong barrier against various substances.

These gloves are designed to have low particulate and ionic content, which helps maintain the integrity of the controlled environment by preventing contamination. Their non-sterile nature also makes them suitable for various cleanroom tasks without introducing extra variables.

Yes, these gloves are EN ISO 374 compliant, making them suitable for handling various chemicals safely. Their construction minimises the risk of permeation and degradation when exposed to specific substances.

It is recommended to store the gloves in a dry place away from direct sunlight and ozone sources. Keeping them in their original packaging protects them from moisture and potential degradation over time.