Chinese paper sterilization pouches autoclave for sale

paper sterilization pouches are crucial in industries where maintaining product sterility is paramount, such as in the packaging of medical devices, surgical instruments, pharmaceuticals, and laboratory equipment. The aseptic nature of these pouches helps prevent contamination and ensures the integrity and safety of the enclosed items.

Product Description

Spec(mm*m) Qty/carton packing Size (MM) G.w(kg) N.w(kg)
50X200 12 420X220X320 14.5 14
75X200 8 420X220X320 14 13.5
100X200 6 420X220X320 14.5 14
150X200 4 420X220X270 14.5 14
200X200 2 420X220X220 10 9.5
250X200 2 420X220X270 12 11.5
300X200 2 420X220X320 14.5 14
350X200 1 220X220X370 8.5 8
400X200 1 220X220X420 10 9.5
500X200 1 220X220X520 12 11.5

A sterilization pouch is typically composed of multiple layers of specialized materials designed to withstand the sterilization process while providing a barrier against microorganisms. The specific composition may vary, but common elements include:

Paper or Tyvek Layer

The outer layer is often made of medical-grade paper or Tyvek, a nonwoven synthetic material. This layer allows the penetration of sterilizing agents and provides durability to the pouch.

Plastic Film Layer

The inner layer is typically made of a transparent plastic film, such as polyethylene or polypropylene. This layer acts as a barrier to microbial ingress, protecting the contents from contamination after sterilization.

Adhesive Seal

The pouch is sealed using a special adhesive that ensures an airtight and microbial barrier. This seal is crucial for maintaining the sterility of the contents.

Indicator Strip/Label

Some sterilization pouches include an indicator strip or label that changes color after exposure to the sterilization process, providing a visual confirmation that the pouch has been properly sterilized.

Preprinted Areas

Sterilization pouches often have designated areas for labeling important information, such as the contents, date of sterilization, and expiration date.

These components work together to create a sterile barrier that protects medical instruments and equipment until they are ready for use in clinical or laboratory settings. The materials used are chosen for their compatibility with various sterilization methods, including steam autoclaving, ethylene oxide gas, or other appropriate techniques.

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