Halyard Smart-Fold Sterilization Wrap offers advanced protection with its state-of-the-art Smart-Fold technology. The wraps are crafted in a 48 x 61-inch size, ideal for covering large instruments or bundles with ease. They are specifically engineered to withstand tears and punctures, ensuring that once wrapped, medical instruments maintain their sterility. Each unit includes 36 wraps packaged per case, making it a cost-effective solution for healthcare facilities.

Constructed from high-quality, non-woven fabric, the Halyard Smart-Fold Sterilization Wrap provides an excellent barrier to contamination from a variety of sources, making it indispensable in maintaining a sterile environment. With compatibility for multiple sterilization methods such as steam, ethylene oxide, and hydrogen peroxide gas plasma, it offers versatility and peace of mind. Whether it's for surgical sites, clinics, or dental offices, this wrap meets the high standards of everyday medical procedures.

Key Features:

• The wrap is constructed with a reinforced design to resist tears and punctures, providing more durability and protection compared to standard wraps.
• Its Smart-Fold technology allows easy wrapping and secure sealing of medical instruments, ensuring a complete barrier against contaminants.

Uses:

• Halyard Smart-Fold Sterilization Wrap is designed for healthcare settings to provide an effective sterilization barrier, ensuring that medical instruments remain uncontaminated until use. It's ideal for hospitals, dental clinics, and surgery centers.

FAQs:

1. What does Smart-Fold technology mean?
Smart-Fold technology is designed to provide faster, easier, and safer wrapping by ensuring a more efficient folding process and secure seals.

2. Can I reuse the sterilization wrap?
No, the Halyard Smart-Fold Sterilization Wrap is designed for single-use to maintain maximum sterility.

3. Is the wrap compatible with a variety of sterilization methods?
Yes, it is compatible with steam, ethylene oxide, and hydrogen peroxide gas plasma sterilization methods.