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25HP Screw Air Compressor Boosts Efficiency with Aftercooler

25HP Screw Air Compressor Boosts Efficiency with Aftercooler

2026-03-17

Compressed air serves as the lifeblood of modern industry, yet moisture and contaminants frequently compromise its quality. Issues ranging from pneumatic tool corrosion to inconsistent spray painting results often trace back to impure compressed air. The 25HP screw air compressor with integrated aftercooler presents a technical solution to these persistent challenges.

Technical Specifications
Specification Detail
Model PDS100SC
Compressor Type Single-stage oil-cooled rotary screw
Air Delivery 2.8 m³/min
Discharge Pressure 0.7 MPa [7.1 kgf/cm²]
Operating Weight 510 kg
Noise Level Ultra-low noise certified
Engine Kubota D1105-K3B diesel (19.2 kW)
Operational Advantages
  • Moisture Reduction: The integrated aftercooler lowers compressed air temperature, causing water vapor to condense for separation. This prevents moisture-related damage to pneumatic systems.
  • Process Quality: Dry air output eliminates painting defects like bubbles and ensures consistent abrasive blasting performance by preventing media clumping.
  • Maintenance Efficiency: A 12-liter condensate collection tank simplifies liquid removal procedures.
  • Environmental Compliance: The Kubota diesel engine meets China's Phase III emission standards while delivering consistent power output.

This compressor configuration suits operations requiring stable, dry compressed air:

  • Construction sites powering pneumatic drills and demolition tools
  • Automotive and industrial painting facilities
  • Precision machining operations utilizing air-powered clamps
  • Mining operations supporting rock drilling equipment
  • Marine industry applications including surface preparation and tool operation

The system's design prioritizes operational reliability while addressing the fundamental challenge of moisture contamination in compressed air systems. Its technical specifications position it as a solution for industries where air quality directly impacts equipment longevity and process consistency.

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Blog Details
Created with Pixso. Home Created with Pixso. Blog Created with Pixso.

25HP Screw Air Compressor Boosts Efficiency with Aftercooler

25HP Screw Air Compressor Boosts Efficiency with Aftercooler

Compressed air serves as the lifeblood of modern industry, yet moisture and contaminants frequently compromise its quality. Issues ranging from pneumatic tool corrosion to inconsistent spray painting results often trace back to impure compressed air. The 25HP screw air compressor with integrated aftercooler presents a technical solution to these persistent challenges.

Technical Specifications
Specification Detail
Model PDS100SC
Compressor Type Single-stage oil-cooled rotary screw
Air Delivery 2.8 m³/min
Discharge Pressure 0.7 MPa [7.1 kgf/cm²]
Operating Weight 510 kg
Noise Level Ultra-low noise certified
Engine Kubota D1105-K3B diesel (19.2 kW)
Operational Advantages
  • Moisture Reduction: The integrated aftercooler lowers compressed air temperature, causing water vapor to condense for separation. This prevents moisture-related damage to pneumatic systems.
  • Process Quality: Dry air output eliminates painting defects like bubbles and ensures consistent abrasive blasting performance by preventing media clumping.
  • Maintenance Efficiency: A 12-liter condensate collection tank simplifies liquid removal procedures.
  • Environmental Compliance: The Kubota diesel engine meets China's Phase III emission standards while delivering consistent power output.

This compressor configuration suits operations requiring stable, dry compressed air:

  • Construction sites powering pneumatic drills and demolition tools
  • Automotive and industrial painting facilities
  • Precision machining operations utilizing air-powered clamps
  • Mining operations supporting rock drilling equipment
  • Marine industry applications including surface preparation and tool operation

The system's design prioritizes operational reliability while addressing the fundamental challenge of moisture contamination in compressed air systems. Its technical specifications position it as a solution for industries where air quality directly impacts equipment longevity and process consistency.