Amd Medicom Impervious Gowns are expertly designed protective garments suitable for use in high-risk medical environments. These gowns provide an effective barrier against liquid and microbial penetration, enhancing the safety of healthcare personnel and patients alike. Ideal for situations such as trauma care and surgeries, these gowns ensure maximum protection.

Available in various colors like white, blue, and yellow and sizes ranging from Regular to X-Large, these gowns cater to diverse needs. The poly thumb loop design helps to keep sleeves securely in place, reducing contamination risks. Crafted from high-quality polyethylene-coated polypropylene, they are both durable and comfortable for extended wear, making them a reliable choice for medical professionals.

Key Features:

• These impervious gowns feature a poly thumb loop design that helps keep the sleeves in place, reducing the risk of exposure.
• Available in multiple sizes and colors, these gowns are designed to provide a comfortable fit while ensuring comprehensive coverage.

Uses:

• Amd Medicom Impervious Gowns are intended for healthcare personnel and staff who require protection against liquid and microbial penetration during various medical procedures and surgeries.
• Ideal for high-risk situations such as trauma cases, operating rooms, and emergency medical services, they provide added assurance for both the wearer and the patient.

FAQs:

1. What are the sizes available for Amd Medicom Impervious Gowns?
The gowns are available in Regular, Large, and X-Large sizes.

2. Are Amd Medicom Impervious Gowns disposable?
Yes, these gowns are designed for single use and should be disposed of after use to maintain hygiene and safety.

3. What material are the gowns made of?
The gowns are made from polyethylene coated polypropylene, which offers excellent barrier protection.

4. Can I use these gowns for non-medical purposes?
While designed for medical use, they can be used in situations requiring barrier protection against liquid and strong protection from contaminants.