MEDICAL PROTECTIVE CLOTHING FABRIC

Abstract

A medical protective clothing fabric includes a Teflon fabric and a petrochemical synthetic filament fabric bonded to the Teflon fabric, where the Teflon fabric and petrochemical synthetic filament fabric are heated and bonded together with high frequency and high pressure, and the fabric hole density of the Teflon fabric is 0.05 μm to 0.1 μm. Whereby, the infectious substances can be prevented from penetrating through the Teflon fabric, and since the Teflon fabric has high temperature resistance, it is not easy to melt, deform or break in a high temperature environment. With the bonding processed with high frequency and high pressure, the processing is simple, the processing cost is significantly reduced, pinholes can further be prevented from being produced, and infectious substance is prevented from penetrating through pinholes. Furthermore, the petrochemical synthetic filament fabric improving wearing comfort allows the medical protective clothing fabric to be waterproof and air permeable.

Claims

1. A medical protective clothing fabric, comprising a Teflon fabric and a petrochemical synthetic filament fabric bonded to said Teflon fabric, wherein said Teflon fabric and petrochemical synthetic filament fabric are heated and bonded together with high frequency and high pressure, and the fabric hole density of said Teflon fabric is 0.05 μm to 0.1 μm.

2. The medical protective clothing fabric according to claim 1, wherein the material of said petrochemical synthetic filament fabric is nylon, acrylic fiber or Polypropylene.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0005] FIG. 1 is a schematically prospective view of a preferred embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0006] Referring to FIG. 1, a medical protective clothing fabric 1 of the present invention, in a preferred embodiment, includes a Teflon fabric 11, and a petrochemical synthetic filament fabric 12 bonded to the Teflon fabric 11, where the Teflon fabric 11 and petrochemical synthetic filament fabric 12 are heated and bonded to each other with high frequency and high pressure, the fabric hole density of the Teflon fabric 11 is 0.05 μm to 0.1 μm, the material of the Teflon fabric 11 is Polytetrafluoroethene (PTFE) , and the material of the petrochemical synthetic filament fabric 12 may be nylon (polyester) , acrylic fiber (polyacrylonitrile fiber) , Polypropylene, or the like.

[0007] Furthermore, the medical protective clothing fabric 1 can be used to make medical isolation protective clothing 2. As FIG. 1 shows, the petrochemical synthetic filament fabric 12, upon use, is used as a n inner layer; namely, the surface of the petrochemical synthetic filament fabric 12 is in contact with a wearer's skin, so that the wearing comfort can be significantly improved through the characteristics of skin affinity, softness and comfort of the synthetic long fiber fabric 12. Furthermore, with the waterproof feature of the Teflon fabric 11, it can be used as an outer layer, which not only effectively prevent the wearer from being directly exposed to infectious substances, but also at the same time, infectious substances from penetrating, further reducing the risk of the spread of infectious substances. In addition, since the Teflon fabric 11 can resist high temperature (130 degrees Celsius), it is not easy to melt, deform or break in a high temperature environment, further preventing the generation of protection gaps, and effectively protecting the wearer's health. Furthermore, the Teflon fabric 11 and petrochemical synthetic filament fabric 12 are heated and bonded together with high frequency and high pressure, which not only makes the processing process easier, but greatly reduces the processing cost. At the same time, the high-frequency and high-pressure bonding method can effectively avoid pinholes generate. Therefore, infectious substances will not penetrate through the pinholes, and will also not pollute the wearer's skin, further promoting the overall protection effect, so that the medical protective clothing fabric 1 not only has the characteristics of waterproofing and air permeability, and can be reused after cleaning and sterilization, but achieve an environmentally friendly effect.

[0008] Conclusively, the medical protective clothing fabric of the present invention not only can effectively prevent the penetration of infectious substances, but is not easy to melt, deform and break in a high temperature environment through the characteristics of the waterproofing and high temperature resistance of the Teflon fabric 11. With the heating and bonding with high frequency and high pressure, the present invention allows not only the processing to be simple, the processing cost to be reduced and the generation of pinholes to be prevented, but prevent infectious substances from penetrating through the pinholes. Furthermore, the wearing comfort can be enhanced through the petrochemical synthetic filament fabric 12, allowing the medical protective clothing fabric have the characteristics such as waterproofing and air permeability, and to be able to be reused after cleaning and sterilization, further achieving an environmentally friendly effect.