STERILISATION WRAP LIGHT 2-PLY BLUE/WHITE - GSM: 47GSM Dimensions: 60 X 60CM
Product information
- Quantity Unit Carton
- Product Code None
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Description
Designed for healthcare environments, this light 2-ply sterilisation wrap provides a reliable solution for maintaining the sterility of medical instruments. The dual-layer construction, typically in blue and white, enhances visibility to detect any potential breaches, ensuring a secure barrier against contamination.
Material and Design
Crafted from nonwoven polypropylene fabric, this wrap is both durable and highly effective in protecting enclosed items. Its construction includes ultrasonically seamed edges, offering resistance to tears and punctures while remaining highly drapeable. The low linting and anti-static properties further contribute to its suitability in medical settings.
Sterilisation Compatibility
This wrap is compatible with various sterilisation methods, including:
- Pre-vacuum steam
- Gravity steam
- Ethylene oxide (EO)
- Hydrogen peroxide (H₂O₂) low temperature sterilisation
These features allow for versatile use across different sterilisation processes, ensuring comprehensive protection.
Intended Use
Ideal for wrapping reusable medical devices, instrument trays, and other items, this wrap is intended for single use. It should be disposed of after use according to local regulations, with recycling options available if unsoiled.
Common Sizes
Available in a range of sizes, from small squares to large rectangular sheets, this wrap accommodates various packaging needs. Its lightweight to heavy-duty options cater to different requirements, providing flexibility in application.
Storage and Handling
To maintain integrity, the wrap should be stored in a clean, dry environment away from UV light. Proper inspection before and after use is recommended to ensure no tears or contamination are present.
Application
This sterilisation wrap is a practical choice for hospitals, surgical centres, and clinics, offering a dependable solution for safeguarding medical instruments until they are needed. Its effective barrier properties and ease of use make it an essential component in medical device management.
