Gowns

Our protective garments are made of single-layer spunbonded polypropylene for basic coverage or tri-layer SMS fabric for increased fluid resistance. Each gown features a waist belt and elastic cuffs.

Our protective garments are made of single-layer spunbonded polypropylene for basic coverage or tri-layer SMS fabric for increased fluid resistance. Each gown features a waist belt and elastic cuffs.

Our protective garments are made of single-layer spunbonded polypropylene for basic coverage or tri-layer SMS fabric for increased fluid resistance. Each gown features a waist belt and elastic cuffs.

Procedure Gown, Hook/Loop Neck Closure, Knit Cuffs, Waist Belt, Blue, Universal, Non-Sterile, 10/pk, 6 pk/cs (Continental US Only) (On Vendor Allocation - Availibility May Be Limited)

Procedure Gown, Hook/Loop Neck Closure, Knit Cuffs, Waist Belt, Blue, X-Large, Non-Sterile, 10/pk, 6 pk/cs (Continental US Only) (On Vendor Allocation - Availibility May Be Limited)

Gown, Surgical, Large, 20/cs (Continental US Only) (Due to a manufacturer inventory hold, this item may have longer than normal lead times)

Gown, Surgical, X-Large, 20/cs (Continental US Only) (Item on Manufacturer Backorder - Inventory Limited when Available)

Gown, Surgical, XX-Large, 18/cs (Continental US Only) (Due to a manufacturer inventory hold, this item may have longer than normal lead times)

Gown, Surgical, XXX-Large, X-Long, 20/cs (Continental US Only) (Due to a manufacturer inventory hold, this item may have longer than normal lead times)

SmartGown fully impervious gowns for comfortable protection. Their lightweight, breathable fabric reacts to increasing temperature by increasing its water vapor transfer rate to help you stay cooler.

SmartGown fully impervious gowns for comfortable protection. Their lightweight, breathable fabric reacts to increasing temperature by increasing its water vapor transfer rate to help you stay cooler.

SmartGown fully impervious gowns for comfortable protection. Their lightweight, breathable fabric reacts to increasing temperature by increasing its water vapor transfer rate to help you stay cooler.