2222 ultraviolet photoradiation interconnector cable maker polyethylene cable grain equipment &#

Classification and workflow1

• Pvc cable pumping machine: composed of high-speed hybrids, double-snail particle making machines, single-snail particle making machines, hot-screeching machines to blow wind-cooled surfaces, secondary cyclone separators, wind-cooled vibration screenings, finished material warehouses, etc. Initial mixing of materials through high-speed hybrids, plasticization and crowding out of double and single-heavy mills, followed by thermal cutting of the head of the blowing wind model to particles, cooling and sifting through the cyclone separator and vibration screening。

• Low-smoking, non-halogen-free cable particle makers: set up to include refiners, lifters, cone double feeders, double-heavy particle makers, single-heavy mills, hot-cut machines to blow-frozen models, third-stage cyclone separators, wind chilling sifts, and finished material warehouses. The refiners first fully commingled the raw materials, the lifters delivered the mass to the cone double feeder, then squeezed through the double and single screws and finally obtained the finished product through the cutting, cooling and sifting processes。

• Chemically conjunctive cable particle making machines: typically composed of high-speed hybrids (or automatic electrometrics), double-heavy particle making machines, single-heavy mills, pyrotechnics, centrifugal dehydration machines, first-stage cyclones, boiling beds, finished material warehouses. When the material is mixed and squeezed out, the particles are cut into particles by the oscillator, followed by the centrifuge, the cyclone separators and the boiling bed。

• Internal and external shielding cable particle making machines: mainly refiners, lifters, double-breed feeders, single-snail particle making machines, aqueous model hotheads, centrifugal dehydrators, vibrating screenings, high-speed hybrids, boiling beds, finished material warehouses. The refined material is upgraded, the feed is fed into a single-snail particle machine, the hair of the machine is cut through the aqueous modulus, then dehydrated by centrifugal, vibrating and sifting, and finally the finished product is obtained through high-speed mixers and boiling bed treatment。