VAI MP Easy2Gown Coveralls with Attached Hood and Boots

Sterile low particle shedding, heavy weight, non-woven microporous material with attached boots and hood for ISO 5 areas.

Starting at $365.00
Manufactured
Includes
Availability
  • Usually ships in 8-10 weeks
Product Specs

Features

  • S, M, L, XL, 2XL-6XL sizes are available
  • 25 individually wrapped coveralls per case
  • Low particulate shedding
  • Liquid and chemical resistance
  • Pre-folded design reduces gowning time
  • Elastic thumb loops to prevent sleeve movement
  • Better efficiency and performance in gowning qualifications
  • Double-layer front flap to reduce contamination through zipper
  • Sized to ANSI standards for disposable coveralls

The VAI SMS Easy2Gown Coveralls with Attached Hood and Boots are designed with heavy weight, non-woven, microporous coated material that is tough, fluid resistant, and has superior barrier performance. They are designed with active, athletic styling that offers more flexibility and space while maintaining a sleek design that works for all body types. VAI coveralls feature an attached hood, attached boots, and tunneled elastic wrists that create a secure transition to gloves to reduce contamination and protect the user.

MP fabric is suited for use where maximum protection to the product or wearer is required. The MP material has excellent water and liquid repellence to low-level splashes and sprays and is resistant to chemicals. VAI's MP garments create an impervious barrier that prevents the passage of bacteria and non-viable particulates through the garment material.

The MP Easy2Gown Coveralls are packaged and folded with the Easy2Gown system. The Easy2Gown System is a fold that makes a proper aseptic gowning procedure an easy process rather than a routine challenge. The Easy2Gown design minimizes operator contact with the outside of the garment while donning to reduce the chance of cross-contamination. This is accomplished by placing the interior of the gown at the opening of the package, protecting the sterile exterior from the transfer of contamination during the gowning process. Trained personnel will be able to gown without contact with the sterile portion of the gown. The easily distinguished surface significantly reduces operator prep time while reducing manipulation of the garment itself.