Due to static electricity and fine dust, anti-static clothing has been widely used as a protective equipment in the electronics industry. This type of clothing uses anti-static materials and protects against dust protection from the perspective of fiber material selection and garment structure design. In practice, the evaluation of such functional clothing is mainly carried out from the aspects of anti-static and anti-dusting, and the consequences of uncomfortable discomfort to the wearer's structure and size may often be ignored. .
Sometimes the work needs, the operator has to do various postures. When the limbs and torso are exercising, the skin of the body surface will be deformed. The clothing must satisfy this deformation, mainly through the looseness of the garment and the stretchability of the textile material. The amount of deformation required. If the looseness of the garment and the tensile properties of the fabric do not satisfy this deformation, it will limit the movement of the human body and cause damage to the garment.
In order to ensure the anti-dusting performance of the anti-static clothing, the garment adopts a fully enclosed structure. When employees wear such clothing, they mainly rely on the allowance to ensure the activities of the human body, so the design is relatively loose. If the amount of looseness is too large, the clothing is easily caught by the items on the workbench and the workbench; if the looseness is too small, the activities of the human body will be restrained, and the clothing received by the human body will be stressed, which may cause fatigue or even affect the health of the human body. The width of the garment has a great relationship with the tensile properties of the fabric, so the tensile properties of the fabric should also be considered when dimensioning the antistatic garment.
