Sterile Glue Coated Tyvek Paper For Medical Device (1059B)

Outstanding Resistance to Microbial Penetration

Even under the most rigorous conditions in highly contaminated environments, Tyvek^® 1059B is highly resistant to penetration by bacterial spores and other contaminating microorganisms. Microbial barrier test data consistently prove that all styles of Tyvek^® for sterile medical packaging-Tyvek^® 1073B, Tyvek^® 1059B and Tyvek^® 2FS^™-hold out bacterial spores and test particles better than other commercially available porous medical packaging materials, including medical-grade papers. In addition, a long-term shelf life study proved conclusively that Tyvek^® 1059B can maintain sterility for at least five years if package integrity is not compromised.

Significantly Reduced Risk of Package Failure

The tough, continuous filaments of Tyvek^® 1059B help protect package integrity from both product breakthrough inside and rough handling outside. Compared to medical-grade papers, Tyvek^® 1059B has superior tear strength and puncture resistance. What's more, because it is breathable, Tyvek^® 1059B minimizes the formation of condensation due to temperature extremes that can occur during transport.

Compatibility with a Broad Range of Sterilization Methods

Unlike medical-grade papers and films, Tyvek^® 1059B is compatible with all of the most commonly used sterilization methods. These include:

• Ethylene Oxide (EO)

• Radiation (Gamma and electron beam)

• Steam (under controlled conditions)

• Low temperature oxidative

So no matter which process you use for your sterile medical packaging Tyvek^® 1059B will retain its protective properties, color and flexibility.

Low Risk of Device Contamination

The unique structure of Tyvek^® 1059B-tough, continuous filaments-creates both a tortuous path for superior microbial barrier and excellent strength properties. It also means that Tyvek^® 1059B generates very few airborne particles when sterile medical packaging is opened or handled. This clean peel minimizes the risk of introducing particulates into a clean environment.