The selection of materials for car washing mitt needs to comprehensively consider the dual goals of cleaning efficiency and paint protection. The differences in common material properties significantly affect the adaptability of the use scenario.
Car washing mitt made of high-density microfiber material not only have a water absorption rate of 6-8 times their own weight due to their honeycomb woven structure, but can also quickly remove stains through capillary action. With a gram weight of 600-800GSM, it can balance softness and wear resistance, and is suitable for large-area wiping of the car body.
The surface fluff length of coral fleece car washing mitt is 5-8mm, and its fluffy structure has a strong wrapping effect on adhesions such as bird droppings and resins, but it is necessary to choose a tear-resistant base fabric to avoid snagging, which is more suitable for bumpers, wheel eyebrows and other areas prone to residue.
Functional advanced materials include double-sided composite structure gloves, the front side uses diamond pattern microfiber material to improve the friction coefficient, and the back side is woven with bamboo charcoal fiber to enhance antibacterial and mildew-proof properties, especially suitable for long-term use in humid areas in the south.
Chenille gloves can penetrate deep into the gaps of wheel spokes due to their pile process, but it is recommended to be treated with anti-rust coating to prevent metal dust residue corrosion. Professional-grade three-layer composite car washing mitt can optimize the shock absorption effect and reduce hand fatigue during high-frequency car washing.
Safety considerations need to pay attention to the pH value and residual fat rate. High-quality gloves need to be degreased to avoid water marks formed by grease residue. The edge sewing should adopt wireless glue pressing process to avoid the risk of scratches by hard thread ends. In terms of use and maintenance, materials that can withstand high-temperature washing at 60°C and are resistant to neutral detergents are more economical, and polyester fiber blended materials with quick-drying properties can reduce the growth of mildew.
When actually purchasing car washing mitt, it is also necessary to test the material's resilience. Materials that can quickly restore flatness after repeated kneading have better durability. At the same time, observe whether the fibers are agglomerated after being soaked in water. High-quality microfibers still maintain uniform fluff distribution after encountering water.