Whether operating in high temperature, extreme cold, dusty, or high-altitude environments, the traction screw air compressor ensures stable and efficient performance, delivering a constant supply of high-pressure air. Its excellent cost performance and low maintenance requirements make it the preferred tool for industrial construction and field operations.
Features of Traction Screw Air Compressor
- Compact and portable: Small footprint and mobile-friendly design make it ideal for narrow or uneven construction sites.
- High efficiency and energy saving: Equipped with a high-efficiency two-stage compression screw host, featuring low specific power and high energy efficiency. The two-stage design reduces energy consumption and operating costs while boosting compression efficiency.
- Strong adaptability: Operates stably in harsh environments such as high temperature, cold, dust, or altitude, ensuring continuous air supply even under complex conditions.
- Intelligent control system: Integrated modernized control system with protection, display, startup, shutdown, and loading functions. Features global GPS and GRPS remote monitoring and can automatically adjust engine speed and throttle for optimal fuel management.
- Reliable engine selection: Options include Dongfeng Cummins and original imported Volvo engines—both high-performance and capable of long-term stable operation in heavy-load and high-intensity environments.
- Long-lasting air filtration system: U.S. Frigidaire filtration system with large dust capacity and long replacement cycle, effectively protects the engine and screw host, extending service life.
- High-capacity fuel system: Large-capacity tank reduces refueling frequency; three-stage fuel filter protects the oil system and reduces maintenance costs, with a simple and easy-to-maintain design.
- Environmentally compliant: Meets international emission standards, effectively reducing exhaust emissions and minimizing environmental impact.
Principle of Traction Screw Air Compressor
Built on screw compression technology, the compressor uses a diesel engine to drive the screw mainframe. Air enters through the inlet, is compressed by the rotating screw rotors using a two-stage process, and is then output as high-pressure air. The large rotor, low-speed design ensures efficient, low-energy, and highly stable compression. The intelligent control system automatically adjusts engine speed and throttle according to demand, maximizing fuel efficiency and minimizing energy waste.
Application Areas
- Mine blasting operation: Supplies stable high-pressure air for mining blasts—especially suited for harsh underground environments.
- Hydroelectric power plant construction: Provides compressed air for equipment installation and commissioning throughout the construction process.
- Infrastructure construction: Delivers powerful air source support for drilling, crushing, and other operations in highway, bridge, and railroad projects.
- Non-excavation down hole drilling: Offers reliable air supply for down hole drilling without damaging ground structures.
- Tunneling and underground construction: Supports equipment operation and air power needs in tunneling and other underground works.
- Construction industry and heavy engineering: Essential for building construction and complex field operations requiring robust compressed air support.