Brake Pads Hot Press Machine
OE-Level Application & Industry Compatibility
Fu Chun Jiang Brake Pads Machinery’s Brake Pads Hot Press Machine adopts positive molding vulcanization technology, the industry-standard processing method for OE-grade brake pad manufacturing in the global automotive sector.
It is fully compatible with both passenger car and commercial vehicle brake pad production, meeting the rigorous quality requirements of original equipment manufacturers (OEMs).
The equipment is designed to accommodate various formula systems of brake pad raw materials, precisely matching the curing pressure and molding process needs of different formulations for consistent output quality.
Cylinder Configurations & Flexible Customization
Two cylinder layout options are available: 8-cylinder and 4-cylinder, customized to fit brake pads of different sizes, specifications, and molding pressure requirements.
The optimized cylinder structure ensures uniform pressure distribution, guaranteeing consistent density and molding effect of brake pad workpieces during the hot pressing process.
All cylinder configurations support seamless matching with subsequent mold and control systems, eliminating the need for additional structural modifications when adjusting production lines.
Mold Structure Choices for Enhanced Efficiency
Fu Chun Jiang Brake Pads Machinery offers two mold structure designs—mold stationary and mold shift—both compatible with the entire series of its Brake Pads Hot Press Machines.
The mold stationary structure features a fixed position, delivering high stability during hot pressing and suitability for mass production of standard-specification brake pads.
The mold shift structure enables linear forward and backward movement of the mold, facilitating manual or automated feeding and demolding to improve non-pressing process efficiency.
Both structures can be equipped with a fully automatic weighing and pressing integrated system, realizing precise raw material batching and automatic pressing to reduce manual operation errors.
Technical Specifications
Model 1
Max Clamping Force: 500Ton (5000KN)
Max. Pump Pressure: 210KG/cm²
Main Cylinder Diameter: 560mm
Heating Platen Area: 630×610mm (customized)
Mold Clamping Stroke: 400mm
Rapid Clamping Speed: ≥60mm/s
Heating Plate Spacing: 500-560mm
Fast Cylinder Pressure: 80KN
Release Cylinder Pressure: 100KN
Model 2
Max Clamping Force: 400Ton (4000KN)
Max. Pump Pressure: 210KG/cm²
Main Cylinder Diameter: 500mm
Heating Platen Area: 630×610mm (customized)
Mold Clamping Stroke: 400mm
Rapid Clamping Speed: ≥60mm/s
Heating Plate Spacing: 500-560mm
Fast Cylinder Pressure: 80KN
Release Cylinder Pressure: 100KN
Model 3
Max Clamping Force: 300Ton (3000KN)
Max. Pump Pressure: 210KG/cm²
Main Cylinder Diameter: 430mm
Heating Platen Area: 600×500mm (customized)
Mold Clamping Stroke: 400mm
Rapid Clamping Speed: ≥60mm/s
Heating Plate Spacing: 500-560mm
Fast Cylinder Pressure: 63KN
Release Cylinder Pressure: 80KN
Model 4
Max Clamping Force: 200Ton (2000KN)
Max. Pump Pressure: 210KG/cm²
Main Cylinder Diameter: 350mm
Heating Platen Area: 600×500mm (customized)
Mold Clamping Stroke: 400mm
Rapid Clamping Speed: ≥60mm/s
Heating Plate Spacing: 500-560mm
Fast Cylinder Pressure: 63KN
Release Cylinder Pressure: 63KN
Model 5
Max Clamping Force: 100Ton (1000KN)
Max. Pump Pressure: 210KG/cm²
Main Cylinder Diameter: 250mm
Heating Platen Area: 450×500mm (customized)
Mold Clamping Stroke: 400mm
Rapid Clamping Speed: ≥60mm/s
Heating Plate Spacing: 500-560mm
Fast Cylinder Pressure: 50KN
Release Cylinder Pressure: 50KN