Pulverizer Machine

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Pulverizer Machine

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  • Advanced machine with cutting-edge technology for superior performance and energy efficiency, featuring free-flowing products that reduce fuel consumption.
  • Precision grinding system delivers uniform & smooth powder/particle size for consistent quality output across materials.
  • Smart control system with microprocessor-based digital display panel for precise machine monitoring and adjustments.
  • Enhanced metal detection with high-efficiency hopper magnet (optional metal detector sensor available) to protect your materials from contamination.
  • Auto-protection systems including overload protection with synchronized main motor ampere and feeding device to prevent unnecessary tripping.
  • Advanced cooling technology with effective water cooling system for blades, mill body, and bearing housing (optional chiller available).
  • Versatile material processing designed for fine pulverizing of wide-range plastics including PE, RPVC, ABS, PC and other heat-sensitive materials.
  • Premium components featuring German-grade alloy grinding discs with easy gap adjustment capabilities.
  • Safety-focused design with interlock systems and optional additions like dust collectors or automatic hopper loaders for streamlined operation.
  • Economical operation with cost-effective performance monitoring and control systems that optimize energy usage.

Pulverizer Technical Specifications

ModelDisc Diameter
(mm)
Main Motor (AC)
(kW)
Maximum Output
(LLDPE Virgin, kgs/hr)
Total Load
(HP)
Floor Space
(mm)
S.V.- 2502507.5040-60121950 X 950 X 2650
S.V.- 3503501170-100182400 X 950 X 3000
S.V.- 45045022.50120-140352550 X 1700 X 3350
S.V.- 55055045150-200683500 X 1800 X 3700
S.V.- 65065056200-250823800 X 2000 X 4000

Industrial Machine Applications for Polymer Processing

Our high-performance pulverizing machines specialize in processing heat-sensitive polymers including LLDPE, LDPE, RPVC, ABS, PC, and other thermoplastic materials. Ideal for plastic recycling, polymer reprocessing, and material size reduction while maintaining material integrity.