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Medical sterilizing and packaging header bag

A head bag and inner layer technology, applied in packaging, transportation and packaging, bags, etc., can solve the problems of poor air permeability, unfavorable penetration of sterilization factors, general puncture resistance and tear strength, and inability to meet air permeability, etc. Achieve better sterilization effect, excellent antibacterial effect and high tear strength

Inactive Publication Date: 2016-03-02
江门市新时代外用制剂有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] General products include pure film packaging bags: pure film bags are made of general high molecular polyethylene, because of its anisotropic molecular structure, polyethylene has average puncture resistance and tear strength, and extremely poor air permeability. It is not conducive to the penetration of sterilizing factors, and it is a great challenge to the effectiveness and analysis of EO sterilization. Sterilization with this kind of packaging bag often has poor sterilization effect and large toxic residue; it is due to extremely poor air permeability, which cannot meet the air permeability Good, high tear strength, puncture resistance, high moisture resistance requirements

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0023] A medical sterilization packaging header bag, comprising a breathable material, a heat-sealing layer, and a barrier layer. For vinyl film, the melting point of the inner layer is 100°C, the melting point of the middle layer is 109°C, the melting point of the outer layer is 117°C, and the cohesive peel force of the packaging bag is 8N / 15mm.

Embodiment 2

[0025] A medical sterilization packaging header bag, comprising a breathable material, a heat-sealing layer, and a barrier layer. For vinyl film, the melting point of the inner layer is 103°C, the melting point of the middle layer is 108°C, the melting point of the outer layer is 119°C, and the cohesive peel force of the packaging bag is 9N / 15mm.

Embodiment 3

[0027] A medical sterilization packaging header bag, comprising a breathable material, a heat-sealing layer, and a barrier layer. For vinyl film, the melting point of the inner layer is 105°C, the melting point of the middle layer is 107°C, the melting point of the outer layer is 115°C, and the cohesive peel force of the packaging bag is 10N / 15mm.

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Abstract

The invention relates to a medical sterilizing and packaging header bag and a preparation method thereof, belonging to an improvement on a process for processing a packaging material by using extrusion compound equipment in the flexible packaging industry and particularly belongs to an improvement on a process for processing a packaging material in the flexible packaging industry. The medical sterilizing and packaging header bag is prepared by scalding a breathable heat-sealing environment-friendly waterborne adhesive coated on a Dupont patented product Tyvek as a breathable material and a three-layer co-mixed polyethylene film prepared according to a special formula, so that the prepared packaging header bag has no film breaking when being stripped, has no secondary pollution risks, can completely meet the requirements of high resistance, good breathability, high tearing strength, puncture resistance, high moisture resistance and stripping cleanness and can also meet the requirements of packaging bags for sterilizing, storing and packaging second-class and third-class medical instruments.

Description

technical field [0001] The invention relates to a medical sterilized packaging head bag, and relates to the improvement of the processing technology of the packaging material in the flexible packaging industry, in particular, it relates to a pouch which utilizes modified polyethylene to meet the requirements for sterilization and storage packaging of high-barrier medical devices. method. Background technique [0002] General products include pure film packaging bags: pure film bags are made of general high molecular polyethylene, because of its anisotropic molecular structure, polyethylene has average puncture resistance and tear strength, and extremely poor air permeability. It is not conducive to the penetration of sterilizing factors, and it is a great challenge to the effectiveness and analysis of EO sterilization. Sterilization with this kind of packaging bag often has poor sterilization effect and large toxic residue; it is due to extremely poor air permeability, which...

Claims

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Application Information

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IPC IPC(8): B65D30/08
CPCB65D29/02
Inventor 穆晓敏李杰李务玲
Owner 江门市新时代外用制剂有限公司
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