FREE shipping on orders over $300 | $7.99 shipping fee for orders under $300.
Medicom - Impervious Gown, Regular, 15/Bg, 5 Bg/Cs
- Impervious coating blocks liquids and contaminants
- Full back, knit cuffs ensure a secure, comfy fit
- Single-use PPE is essential for fluid exposure
- Safe, latex-free material protects all users
- Quantity:15 gowns per bag and 5 bags per case
The Medicom Impervious Gown is an essential piece of personal protective equipment (PPE) designed to provide reliable barrier protection in environments where fluid exposure is a concern. This high-quality isolation gown is designated as impervious, meaning it offers a superior fluid-resistant barrier through its polyethylene coating, which is crucial for protecting the wearer's clothing and skin from potential contamination by liquids, micro-organisms, and particulate matter.
It features a full back design, convenient neck ties for a secure closure, and comfortable knit cuffs that help ensure a snug fit around the wrists while minimizing the risk of exposure. The Regular size provides an appropriate and non-binding fit for a wide range of professionals, preventing both tripping hazards from oversized garments and exposure from undersized ones. The gown is latex-free, enhancing safety for users and patients with latex sensitivities.
The bulk packaging, with 15 gowns per bag and 5 bags per case (a total of 75 gowns per case), makes it an economical and convenient choice for high-volume use in hospitals, dental offices, laboratories, and other medical settings. As a single-use product, it is intended to be disposed of after one use or if compromised by fluid soiling or tearing, ensuring maximum hygiene and safety compliance. If you are searching for the best impervious gown then its combination of full-body fluid resistance, comfortable knit cuffs, and high-volume, single-use packaging makes it an indispensable component of an infection control protocol, is best for you.
The best Medicom Impervious Gown is recognized for offering a balance of protection and wearer comfort during critical procedures.