O&M Halyard 90012 Surgical Gown Evolution 4 Fabric Non-Reinced
The O&M Halyard 90012 Surgical Gown is designed for use in a variety of medical settings, including hospitals, clinics, and outpatient facilities. This sterile, non-reinforced surgical gown is made with Evolution® 4 fabric and features a towel-style design for optimal comfort and protection. Its standout benefit is the combination of barrier protection and breathability, making it an ideal choice for healthcare professionals who require reliable and comfortable attire during surgical procedures.
The O&M Halyard 90012 Surgical Gown is intended to provide a high level of protection against fluid penetration and other contaminants, while also allowing for ease of movement and comfort during extended wear. The Evolution® 4 fabric used in this gown is designed to balance barrier protection with breathability, helping to prevent the buildup of heat and moisture. This makes it an excellent choice for surgeons, nurses, and other healthcare professionals who require reliable and comfortable attire during surgical procedures.
Key Features
- Made with Evolution® 4 fabric for optimal barrier protection and breathability
- Non-reinforced design for improved comfort and flexibility
- Towel-style design for added comfort and protection
- Sterile packaging to ensure cleanliness and convenience
- LARGE size to accommodate a range of users
- 36 gowns per case for cost-effective purchasing
- Designed to meet the needs of healthcare professionals in a variety of medical settings
Product Specifications
• Dimensions: Not specified • Weight: Not specified • Materials: Evolution® 4 fabric • Compliance: Meets applicable standards for surgical gowns • Compatibility: Suitable for use in a variety of medical settingsIdeal For
• Hospitals • Outpatient clinics • Surgical centers • Ambulatory care facilities • Home healthcare settings (when sterile packaging is required) • Any medical setting where high-quality, comfortable, and protective surgical gowns are neededShare Product Link: