Halyard Shoe Cover One Size Fits Most Shoe High Without Tread Blue NonSterile, 1/EA

Shoe Cover One Size Fits Most Shoe High Without Tread Blue NonSterile, 1/EA

This shoe cover is a disposable, nonsterile cover for footwear in settings where little potential fluid contact is anticipated. It works well for buyers who need basic shoe coverage for procedures or tasks that call for a simple protective layer without a treaded sole. The blue, shoe-high design uses 3-layer SMS fabric and an elastic closure, with one size fits most sizing.

Good Fit For

• Procedures with little potential fluid contact
• Facilities needing disposable shoe covers
• General protective footwear coverage in professional settings

Key Features

• Disposable shoe cover for basic footwear protection
• 3-layer SMS fabric for lightweight coverage
• Shoe-high style adds coverage above the shoe line
• Without tread sole for buyers who do not need a treaded bottom
• Elastic closure helps keep the cover in place
• Nonsterile format suits workflows where sterility is not required

Applications and Usage

• Adding disposable shoe coverage during low-fluid procedures
• Supporting footwear protection protocols in clinical or professional environments
• Outfitting staff or visitors when a simple, nonsterile shoe cover is appropriate

Packaging and Handling

• Packaging: EA.
• Sterility: Nonsterile.
• Best suited for situations where little potential fluid contact is anticipated
• The sole is without tread, which may matter for buyers comparing sole types
• This is a one size fits most option, so fit may vary by footwear

FAQ

• Is this shoe cover sterile? No. This shoe cover is nonsterile.
• Does this shoe cover have tread on the sole? No. This version has a sole without tread.
• How does the shoe cover stay on? The shoe cover uses an elastic closure to help hold it in place over footwear.
• What material is used for this shoe cover? This shoe cover is made with 3-layer SMS fabric.
• What kind of procedures is this shoe cover best suited for? This shoe cover is best suited for procedures in which little potential fluid contact is anticipated.

From Halyard.