tow behind rotary screw air compressor for gold mining

Whether in extreme environments like high temperature, cold, sandstorms, or high altitude, the tow behind rotary screw air compressor guarantees outstanding performance and delivers essential air support for mine blasting, hydropower construction, infrastructure projects, and more.

Main Features of Tow Behind Rotary Screw Air Compressor

1. Compact design, easy to move: Lightweight and trailer-mounted, the compressor is easily relocated between sites, ideal for narrow and complex construction environments, reducing footprint and improving adaptability.
2. High-efficiency and energy-saving two-stage compression: Large rotor, low-speed design ensures stable compression and high efficiency even under continuous, high-intensity use, minimizing fuel consumption and energy loss.
3. Adaptability to harsh environments: Performs reliably in high temperature, cold, dust, and high-altitude conditions, maintaining stable operation regardless of environmental changes.
4. Intelligent control & remote monitoring: Advanced control system supports equipment protection, display, automated functions, and global GPS/GRPS remote monitoring. Automatically adjusts engine speed and throttle based on real-time air demand, optimizing fuel consumption and reducing costs.
5. High reliability engine: Choice of Dongfeng Cummins or imported Volvo engine, both offering high efficiency, low fuel consumption, long service life, and excellent performance in low temperatures and high altitudes.
6. High-efficiency filtration: U.S. Frye heavy-duty air filtration system with large dust capacity and long replacement cycle. Three-stage filtration protects the engine and screw host for extended service life, even in dusty environments.
7. Optimized fuel system: Large-capacity tank reduces refueling frequency, and the three-stage fuel filter protects fuel pump and injectors, ensuring stable long-term operation and easy maintenance.
8. Diesel drive, low emissions: Diesel-powered and compliant with international emission standards, minimizing environmental impact with a low-emission design.

Working Principle

1. Air intake: External air enters through the filter, removing impurities to protect the system and improve longevity.
2. Compression process: Air is compressed by large, low-speed screw rotors, reducing volume and increasing pressure efficiently and smoothly.
3. High pressure air discharge: Compressed air is precisely controlled and delivered for pneumatic tools or equipment, maintaining stable pressure as required.
4. Intelligent adjustment: Engine speed and throttle are optimized in real time by the control system, ensuring efficiency under varying loads and reducing energy waste.

Application Areas

• Mining and blasting operations: Supplies reliable compressed air for drilling and blasting rigs, essential for safe and efficient mining.
• Hydroelectric power plant construction: Provides a stable air source for pneumatic tools in tunnel and underground works.
• Infrastructure and highway construction: Supports bridges, roads, tunnels, and other projects by powering pneumatic tools and enhancing efficiency.
• Non-excavation down hole drilling: Delivers air for down hole drilling equipment in geological exploration, pipeline installation, and more.
• Building and engineering construction: Powers pneumatic equipment for concrete, earthworks, and other construction tasks.
• Oil & Gas Industry: Supports drilling equipment for efficient oil and gas exploration, even in challenging conditions.
• Rescue and emergency operations: Mobile and reliable, provides air support for emergency and disaster recovery equipment, especially in remote or difficult sites.