The application of glove fabrics mainly depends on its material properties and its needs in different industries and scenarios. The following are several common glove fabric application scenarios and their characteristics:
Leather:
Cowhide: It is widely used in construction and manufacturing due to its excellent wear resistance, tear resistance and durability. Cowhide gloves can withstand high-intensity working environments, provide solid protection, prevent scratches and abrasions, and have good breathability to reduce discomfort caused by sweating hands.
Sheepskin: With its soft and delicate texture and good flexibility and elasticity, it is suitable for work that requires high dexterity, such as the electronic assembly industry. Sheepskin gloves can provide certain protection without affecting the delicate operation of the hands.
Artificial leather (PU leather): It has a similar appearance and texture to natural leather, is wear-resistant, water-resistant, flexible, and more affordable. It is suitable for service industries and light industries such as restaurants, hotels and packaging industries, providing protection while maintaining good hygiene and a variety of color options.
PVC: PVC gloves are widely used in clean rooms, clean rooms, semiconductors, biomedicine and other industries due to their non-skin irritation, low dust generation and ion content. PVC gloves are suitable for health inspection, food industry, chemical industry, electronics industry and other fields, providing labor protection and family hygiene. Disposable gloves: Nitrile: It does not contain latex protein, suitable for medical, laboratory and industrial fields, and has chemical corrosion resistance. PE: Poor quality, suitable for simple cleaning and food handling, but not suitable for environments with high requirements for glove quality. Latex: Good elasticity, suitable for high elasticity tasks, but not suitable for people who are allergic to latex. PVC: Cheap, but poor air permeability, suitable for short-term use. Aramid: Aramid gloves are widely used in the automotive industry and other occasions requiring heat insulation and flame retardancy due to their high cut protection, heat resistance and flame retardancy. The soft feel and excellent spinning processability of aramid fiber make it perform well in protective gloves.