Compresseurs mobiles

Mobile Compressor Cooling Solutions

Portable and mobile compressors require efficient, compact cooling systems that maintain reliable operation across diverse ambient conditions and duty cycles. XinSheng provides integrated cooling solutions for leading compressor manufacturers.

Application Expertise

Portable Air Compressors

• Diesel and electric drive platforms
• Oil-injected screw compressor cooling
• Aftercooler and moisture separator systems
• Trailer-mounted configurations

Utility Compressors

• Towable construction compressors
• Sandblasting and painting applications
• Pipeline and utility work
• Variable demand operation

Large Mobile Compressors

• High-capacity drilling compressors
• Mining and quarry applications
• Oil-free compressor cooling
• Multi-stage cooling systems

Engineering Solutions

Compact Integration

Mobile compressors demand packaging efficiency:

• Combined oil cooler/aftercooler designs
• Space-optimized configurations
• Lightweight construction
• Easy service access

Thermal Performance

Compressors generate significant heat:

• Oil cooler sizing for discharge temperature control
• Aftercooler performance for moisture management
• High ambient temperature capability
• Altitude compensation

Durability

Mobile equipment experiences transportation and operating stresses:

• Vibration-resistant construction
• Impact and road shock tolerance
• Weather exposure protection
• Long service life design

Product Range

Component	Application
Oil Coolers	Screw and rotary compressor oil cooling
Aftercoolers	Compressed air cooling and moisture removal
Engine Radiators	Diesel engine cooling for compressor packages
Combination Modules	Integrated oil cooler/aftercooler assemblies

Quality Standards

XinSheng compressor cooling products meet:

• Compressor OEM specifications
• Continuous duty thermal requirements
• Mobile equipment durability standards
• Full quality documentation

OEM Partnerships

We work with leading mobile compressor manufacturers to develop cooling solutions that:

• Meet thermal performance targets
• Fit within packaging constraints
• Optimize total system efficiency
• Support global production requirements