Brake Pads Hot Press Machine

OE-Grade Performance & Universal Vehicle Adaptability

  • Crafted by Fu Chun Jiang Efficient Brake Pads Machines, this Brake Pads Hot Press Machine is a dependable solution for OE-grade brake pad manufacturing, seamlessly integrating into both passenger car and commercial vehicle production workflows.
  • It adheres to the rigorous process and quality standards required for original equipment matching, ensuring consistent performance across all automotive sectors.
  • Its cross-vehicle compatibility eliminates the need for separate equipment for different vehicle types, optimizing production flexibility and cost-efficiency.

Globally Aligned Core Curing Technology

  • Adopts positive molding vulcanizing technology, the global mainstream standard for high-quality brake pad curing and shaping.
  • Precision-calibrated to meet formulation-specific curing pressure requirements, accommodating brake pad size specifications for all vehicle categories.
  • This technology ensures uniform curing, enhancing brake pad durability and performance stability.

Cylinder Configurations Tailored to Production Demands

  • Two dedicated cylinder designs are engineered to match varying production volumes and workpiece specifications, maximizing operational efficiency in every scenario.
  • 8-cylinder configuration: Built for high-pressure, large-batch production, delivering stable clamping force critical for oversized or heavy-duty brake pad manufacturing.
  • 4-cylinder configuration: Optimized for medium and small-sized brake pad production, balancing operational efficiency and energy consumption to meet daily production needs.

Customizable Mold Structures for Flexible Operations

  • All hot press models from Fu Chun Jiang Efficient Brake Pads Machines support two customizable mold structures, adapting to diverse workshop layouts and production process requirements.
  • Stationary mold structure: Features fixed mold positioning for superior curing precision, ideal for small-batch, high-precision brake pad production.
  • Mold shift structure: Enables forward and backward mold movement to simplify loading and unloading, reducing manual operation time in mass production.
  • Both structures are compatible with fully automatic weighing and pressing systems, realizing integrated material batching and press forming for unmanned operation.

Core Technical Parameters

All hot press units maintain consistent core performance standards, with graded clamping force and supporting component specifications to meet diverse production needs. Heating platen area is fully customizable for all models to fit client-specific requirements.
Model
Max Clamping Force
Max. Pump Pressure
Main Cylinder Diameter
Heating Platen Area
Mold Clamping Stroke
Rapid Clamping Speed
Heating Plate Spacing
Fast Cylinder Pressure
Release Cylinder Pressure
Model 1 (500Ton)
500Ton (5000KN)
210KG/cm²
560mm
630 x 610mm
400mm
≥60mm/s
500-560mm
80KN
100KN
Model 2 (400Ton)
400Ton (4000KN)
210KG/cm²
500mm
630 x 610mm
400mm
≥60mm/s
500-560mm
80KN
100KN
Model 3 (300Ton)
300Ton (3000KN)
210KG/cm²
430mm
600 x 500mm
400mm
≥60mm/s
500-560mm
63KN
80KN
Model 4 (200Ton)
200Ton (2000KN)
210KG/cm²
350mm
600 x 500mm
400mm
≥60mm/s
500-560mm
63KN
63KN
Model 5 (100Ton)
100Ton (1000KN)
210KG/cm²
250mm
450 x 500mm
400mm
≥60mm/s
500-560mm
50KN
50KN

Customization & Upgrade Capabilities

  • The hot press units prioritize adaptability to diverse client production lines, with key customizable and upgradeable features to fit specific operational needs.
  • Heating platen area is fully customizable for all models, catering to non-standard brake pad sizes for special vehicle types.
  • Rapid clamping speed is preset at ≥60mm/s and can be fine-tuned to match production rhythm and workpiece curing characteristics.
  • All pressure and stroke parameters support on-site calibration, adapting to formula adjustments and raw material changes in brake pad production.