Kimberly Clark 62483 sterile pouch masks provide easier breathing, a consistent seal to reduce fogging, and secure fit to reduce risk of particles escaping. This Kimtech Pure M3 sterile pouch style cleanroom face mask is part number 62483. Kimberly Clark’s trusted manufacturing facilities meet the quality standards of manufacturing of ISO 9001:2000. Gamma irradiation meets Sterility Assurance Level of 10-6. 3-ply melt-blown polyester is constructed into a 7-inch wide pleated face mask with 2 double knitted headbands for secure fit. The apertured polyethylene outer layer provides fluid protection while the patented BiCoSof™ material of the inner layer provides comfort. Certificate of irradiation available.
These sterile pouch style masks are in high demand do to the large amount of face coverage they provide as well as the unbeatable anti-fog design. We offer free samples upon request so you can test the mask out. The Kimberly Clark KimTech 62483 sterile pouch-style face mask increases ease of respiration with a larger breathing chamber. The Kimtech Pure M3 has two knitted polyurethane headbands and gap guard for the neck help ensure a tight facial seal to prevent leakage. The 3-ply thermal bonded polypropylene construction provides durability, increased protection and comfort. The low-linting clear apertured polyethylene film that is the outer layer provides protection from contamination while the BiCoSof™ fabric inner-facing provides comfort. Constructed using Sontec II ultrasonic bonding and double bagged in a cleanroom facility, these Kimberly Clark pouch style masks are suitable for Class 10 (ISO 3) or higher cleanrooms.
- 100% Latex Free
- White color
- Pouch-style large breathing chamber
- 2 knitted headbands
- Individually packaged
- Gamma-irradiated to Sterility Assurance Level of 10
- Anti-fogging and secure protection with moldable nosepiece made from fully enclosed, malleable aluminum
- High efficiency melt-blown polypropylene filter media
- Ultra clean, lint-free
- Particle filtration: 97.2% efficiency at .1 micron
- Bacteria filtration: 96% efficiency at 3.0 microns
- Differential pressure in mm H2O/cm2: 1.83