The air-blown anti-static slippers are made of polyvinyl chloride (PVC) as the main raw material and are produced through the injection and blowing process. As a type of slippers that combines the "high-temperature injection and blowing process" and the "anti-static function", the air-blown anti-static slippers have the characteristics of dense cell structure, good shaping performance, and low production cost. They are mainly suitable for scenarios where sensitivity to static electricity is required.
·The technicians from Zhongmai were conducting on-site debugging of pictures.
·Each pair can reduce weight by up to 40 grams. A detailed revelation about the foaming agents and other additives used in the anti-static blowing shoe.
AC Foaming agent ZM16: The AC foaming agent mainly performs the core function of foaming and molding in anti-static blow-molded slippers. Through thermal decomposition, it generates gas, causing the melt to expand and form uniform pores, and regulating the foaming rate. It also helps to assist the dispersion of anti-static agents, allowing carbon black to be more evenly distributed on the bubble walls, forming a continuous conductive network. ZM16 can precisely match the blow-molding process temperature, ensuring that the bubbles grow uniformly in the melt flow state and avoiding "cellular" or "hollow hole" defects on the sole.
Shoe materials Stabilizer X501: Shoe material stabilizer X501 is a specific stabilizer for shoe products. Due to the material and usage scenarios of the slippers, it has uniqueness. Shoe material stabilizer X501 can play a thermal stabilizing role in blow-molded anti-static slippers, ensuring the safety of the blow-molding process; the auxiliary anti-static function can work in synergy with the anti-static agent; at the same time, shoe material stabilizer X501 can improve processing fluidity, optimize the foaming effect of blow-molding, enhance the durability of the material, and increase resistance to weathering and aging.
Shoe materials Foaming regulator K901: Shoe material foaming adjusting agent K901 in anti-static blow-molded slippers mainly optimizes the foaming window by adjusting the melt viscosity, preventing the melt from being too thin or too thick, and helps avoid the "collapse of bubbles" (bubble rupture) phenomenon caused by insufficient melt viscosity when the AC foaming agent decomposes. It helps reduce the melt viscosity at low temperatures, making gas diffusion more uniform. It promotes the refinement of bubbles, inhibits bubble merging, and improves the uniformity of melt flow.
Microsphere expansion agent W-103: Microsphere expansion agent W-103 in anti-static blow-molded slippers can achieve a balance of lightweight, cushioning, and anti-static performance through the "physical foaming control" and "functional structure synergy" mechanism. Microsphere expansion agent W-103 can assist the AC foaming agent, with a thermoplastic hollow microsphere as the core, forming a closed-cell structure through precise temperature-controlled expansion, with a closed-cell rate of over 90%. At the same time, the physical foaming process of the microsphere expansion agent is easier to control, reducing the water absorption (water content < 0.5%) and static accumulation (closed-cell structure inhibits charge penetration) phenomena on the sole.
·The difference between electrostatic air-suction slippers and ordinary slippers
·Features of the Blowing Air Anti-static Slippers
①Lightweight and comfortable: The hollow blow-molding structure reduces weight (each shoe typically weighs less than 200g), and it won't make your feet tired after long wear.
②Anti-static safety: It prevents electrostatic discharge (ESD) from damaging electronic components or causing risks in flammable environments.
③Breathability: Some designs have ventilation holes, which can reduce the feeling of heat and stuffiness (but the anti-static model needs to balance ventilation and conductivity performance additionally).
④Durability: Blow-molded as a single piece, without unsealing, and with strong tear resistance (significantly superior to ordinary injection-molded slippers).
The durability of the in-seam anti-static slippers is superior to that of the surface-treated type. Under normal use, they can maintain anti-static performance for 2-3 years. The blow-dried anti-static slippers are specialized equipment for industrial anti-static scenarios. Through process innovation and anti-static design, they achieve anti-static protection while maintaining lightweight and comfort. Additionally, the material of each shoe is reduced by 40 grams, with excellent toughness and guaranteed quality. This also helps to reduce costs, resulting in lightweight, cost-effective, high-quality anti-static blow-dried slippers with more attractive features.
