As One ASPURE Finger Cots, Nitrile, Size M, Edge Cut, Pack of 1000

The As One ASPURE Finger Cots Nitrile Size M are ideal for precision handling and contamination control in cleanroom, laboratory, and electronics environments. Made from high-quality nitrile, these edge-cut finger cots offer excellent resistance to punctures and chemicals while maintaining flexibility and comfort. Packaged in a bulk quantity of 1000, they are powder-free and latex-free, making them suitable for sensitive applications and users.

Key Features:

• Brand: As One
• Material: Nitrile
• Size: Medium (M)
• Design: Edge cut for secure fit and easy application
• Material Safety: Powder-free, latex-free, chemical and puncture resistant
• Application: Ideal for cleanroom, lab, and electronics work
• Packaging: Pack of 1000

These As One ASPURE nitrile finger cots are perfect for ensuring contamination-free processes and protecting sensitive components during delicate tasks.

Frequently Asked Questions

1. What is the As One ASPURE Finger Cots, Nitrile, Size M, Edge Cut, Pack of 1000 used for?

It are ideal for precision handling and contamination control in cleanroom, laboratory, and electronics environments. Made from high-quality nitrile, these edge-cut finger cots offer excellent resistance to punctures and chemicals while maintaining flexibility and comfort. Packaged in a bulk quantity of 1000, they are powder-free and latex-free, making them suitable for sensitive applications and users.

2. Is this product suitable for cleanroom, lab, and electronics work?

Yes. It is designed for cleanroom, lab, and electronics work, and offers medium (M) and edge cut for secure fit and easy application to support this kind of work.

3. What size and design does this product have?

It has medium (M), edge cut for secure fit and easy application and powder-free, latex-free, chemical and puncture resistant.

4. What is this product made from and what features does it include?

It is made from nitrile. It also offers cut egde, powder-free, without chlorine and sulfur and whole surface embossed processing.