Due to the characteristics of simple operation and low process cost, it is an improvement method widely used in actual production to make Reusable medical protective clothing have the ability of unidirectional moisture conduction through finishing and other methods. The technicians used FG-910 fluorine-containing water-repellent finishing agent to finish the pure cotton spunlace non-woven fabric. It was found that when the concentration of the finishing solution was 40 g/L, the finished sample could achieve good unidirectional moisture conductivity, which could quickly The sweat produced by the wearer is exported, thereby ensuring the wearer's dryness and comfort.

The main raw material of Reusable medical protective clothing is polypropylene spunbond non-woven fabric. The cross-section of polypropylene filaments in polypropylene spunbond nonwovens is generally circular. With no grooves and pores, it is difficult for the moisture and sweat generated by the wearer to drain out of the body quickly. In actual production, by changing the shape of the spinneret hole of the spunbond non-woven equipment, the special-shaped fiber technology can be applied to improve the heat and humidity comfort of the Reusable medical protective clothing.

The polyethylene protective film commonly used in the existing Reusable medical protective clothing can effectively improve the barrier ability of the protective clothing, but the air permeability of the protective clothing after coating is poor, which reduces the wearer's experience. Therefore, the use of the nano protective film can take into account the protection, moisture permeability and air permeability of the neckline and back of the medical protective clothing, and can effectively improve the wearing comfort of the Reusable medical protective clothing.

Since Reusable medical protective clothing mainly adopts the design structure of sealed opening, it is difficult to achieve temperature regulation through air convection. Therefore, if a phase change material or phase change microcapsules are used for post-processing on the neckline and back of the medical protective clothing, the temperature regulation ability of the medical protective clothing will be effectively increased, thereby improving the heat and humidity comfort of the Reusable medical protective clothing.

The technical research on improving the heat and humidity comfort of Reusable medical protective clothing involves clothing engineering, physics, physiology and other disciplines. Although this type of research has a certain foundation, there is still room for further improvement and refinement in fiber raw materials, structural design, and post-processing methods. At present, the existing methods for improving the heat and humidity comfort of medical protective clothing have their own characteristics, but there are problems such as high price and environmental pollution. Therefore, finding cost-effective improvement methods to improve the thermal and humid comfort of Reusable medical protective clothing is still the focus of research. In addition, how to transform theoretical research into a simple and easy production process, whether medical protective clothing can ensure its good protective performance after improving its thermal and humid comfort, etc. These are all issues that need to be focused on in the research on improving the thermal and humid comfort of medical protective clothing.​​

The above are some knowledge points about Reusable medical protective clothing. I hope you can study and understand the relevant knowledge carefully and choose the equipment that suits your needs.