Integral Skin Foam(ISF) Making Machine High Pressure Foaming Machine
Integral Skin Foam(ISF) Making Machine High Pressure Foaming Machine
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Features ①High-precision (error 3.5~5‰) and high-speed air pump are used to ensure the accuracy and stability of the material metering system. ②The raw material tank is insulated by electric heating to ensure the stability of the material temperature. ③The mixing device adopts a special sealing device (independent research and development), so that the stirring shaft running at high speed does not pour material and does not channel material. ⑤ The mixing device has a spiral structure, and the unilateral mechanism gap is 1mm, which greatly improves the product quality and the equipment stability. Detail 1. The structure design of the material tank and the function of each component The 150L (Ф500x650) tanks of A and B are two-layer structure: the inner tank is made of acid-resistant argon arc welded stainless steel (material 304); the heating jacket is equipped with a spiral baffle, which makes the heating more uniform and prevents the tank from being caused by excessive oil temperature. The inner raw material polymerization kettle thickens; achieves the effect of saving electricity and time. The upper part of the tank is a machined arch cover, electric heating tube 3kw frame type constant speed stirring WB100-LD59 (n=20r.p.m) 0.55kw/4p (with precision mechanical seal), feeding port Φ100, sight glass 2xΦ80 and built-in cold light flashlight. 2. Structural design of metering device and function of each component The metering pump adopts high-precision (error 3.5~5‰) high-speed aviation pump, with a temperature resistance of 150°C and a pressure resistance of 8Mpa, so that the metering pump can work under constant temperature conditions and the metering is more accurate. Metering device structure: It consists of metering pump, bracket, metering pump reducer, filter device, temperature, pressure sensor, etc. 3. The structure design of the material pipe and the function of each component The material tube is made of epoxy resin, the pressure resistance is 8mPa, and the raw material is transported in the tube. 4. Structural design of mixing device (casting head) and function of each component ① The pouring head adopts a special sealing device, and the mixing head adopts a spiral mixing head (independent research and development) to ensure uniform mixing and no bubbles within the adjustment range of the required pouring amount and mixing ratio. ② The mixing head motor is adjusted by frequency conversion to make the mixing head rotate at high speed in the mixing chamber. When the A and B stock solutions are switched from circulation to pouring state, they enter the mixing chamber after passing through the orifice, and are injected into the mold or model; when pouring is completed and switched to the reflux state, they return to their respective tanks through the regulating valve; when cleaning, the solvent cleans the mixing head , to ensure normal operation next time. Specification
Detail 1. The structure design of the material tank and the function of each component The 150L (Ф500x650) tanks of A and B are two-layer structure: the inner tank is made of acid-resistant argon arc welded stainless steel (material 304); the heating jacket is equipped with a spiral baffle, which makes the heating more uniform and prevents the tank from being caused by excessive oil temperature. The inner raw material polymerization kettle thickens; achieves the effect of saving electricity and time. The upper part of the tank is a machined arch cover, electric heating tube 3kw frame type constant speed stirring WB100-LD59 (n=20r.p.m) 0.55kw/4p (with precision mechanical seal), feeding port Φ100, sight glass 2xΦ80 and built-in cold light flashlight. 2. Structural design of metering device and function of each component The metering pump adopts high-precision (error 3.5~5‰) high-speed aviation pump, with a temperature resistance of 150°C and a pressure resistance of 8Mpa, so that the metering pump can work under constant temperature conditions and the metering is more accurate. Metering device structure: It consists of metering pump, bracket, metering pump reducer, filter device, temperature, pressure sensor, etc. 3. The structure design of the material pipe and the function of each component The material tube is made of epoxy resin, the pressure resistance is 8mPa, and the raw material is transported in the tube. 4. Structural design of mixing device (casting head) and function of each component ① The pouring head adopts a special sealing device, and the mixing head adopts a spiral mixing head (independent research and development) to ensure uniform mixing and no bubbles within the adjustment range of the required pouring amount and mixing ratio. ② The mixing head motor is adjusted by frequency conversion to make the mixing head rotate at high speed in the mixing chamber. When the A and B stock solutions are switched from circulation to pouring state, they enter the mixing chamber after passing through the orifice, and are injected into the mold or model; when pouring is completed and switched to the reflux state, they return to their respective tanks through the regulating valve; when cleaning, the solvent cleans the mixing head , to ensure normal operation next time. 
Specification 
