Tyvek/PE Breathable Bags

Sterile barrier packaging bags manufactured from Tyvek material for medical device sterilization. These bags are commonly used in healthcare facilities for storing and protecting sterile instruments.

Sterile barrier system bags designed for medical device packaging with breathable properties to allow sterilization while maintaining sterile protection.

Sterilization packaging bags made from Tyvek® material designed for steam sterilization of medical devices. These bags provide a barrier to microorganisms while allowing steam penetration for effective sterilization.

Individual and roll-format ultra-clean breathing bags manufactured from medical Tyvek for sterile device protection and storage.

Tyvek-based sterilization bags with heat-sealed closure for medical device packaging. The material provides excellent sterile barrier properties while allowing steam and gas penetration required for effective sterilization.

Perforated polyethylene bags designed for steam sterilization and medical product packaging with controlled gas permeability.

Single-use sterilization pouches manufactured with Tyvek® material for terminal sterilization of medical devices. Validated for ethylene oxide and steam sterilization processes per ISO 11135 and ISO 11607 standards.

Ultra-clean Tyvek bag/breathing bag/sterile bag made of DuPont uncoated Tyvek and HDPE film. Suitable for sterile preparations including freeze dried powder needles and water needles. Designed for sterilization and infection control of medical devices.

Sterilization bags manufactured with Tyvek material and self-adhesive closure system. These bags provide superior barrier properties and are compatible with multiple sterilization methods including steam and dry heat processes.

Polyethylene bags for medical device and consumable packaging, offering barrier protection and sterilization compatibility.

Bags with breathable properties and strip closures designed for medical device sterilization packaging. The breathable material allows steam penetration while maintaining sterile barriers.