100HP 75kw two stage screw air compressor

100HP 75kw two stage screw air compressor

The 100 HP Screw Air Compressor is a high-performance industrial air compression system designed for demanding applications that require a steady and reliable air supply. This advanced unit combines the advantages of two-stage compression technology with precision-engineered components to deliver exceptional efficiency, durability, and operational stability. With its compact and rugged design, this air compressor is ideal for medium to large manufacturing companies, chemical processing facilities, and other industrial environments that require a constant and stable air flow.

This Screw Type Compressor uses a dual compression mechanism that utilizes both low-pressure and high-pressure stages to improve overall performance. Its core components consist of precision-meshed yin and yang rotors that work together to ensure smooth and efficient air compression. This design not only increases volumetric output, but also reduces energy consumption and minimizes heat generation during operation. The unit can provide approximately 12.6 to 16.3 cubic meters per minute of exhaust volume in the 7 to 10 bar pressure range, suitable for a wide range of industrial applications.

The 7-10bar 100HP two-stage screw air compressor is an industrial-grade positive displacement device that uses two-stage compression technology (cooperative compression of low-pressure and high-pressure screws). Its core consists of precisely meshed yin and yang rotors, which achieve stable air boosting through continuous meshing rotation. This model can provide an exhaust volume of about 12.6-16.3 cubic meters/minute within a pressure range of 7-10bar (slightly different due to design differences), and has excellent energy efficiency performance (two-stage compression reduces energy consumption and exhaust temperature), low vibration and noise characteristics (excellent rotor dynamic balance) and long life advantages (core components usually have a life of more than 40,000 hours). It is widely used in scenarios such as medium and large production lines, chemical plants, etc. that require a continuous and stable medium and high pressure gas source.

Single Phase Screw Air Compressor significantly improves energy efficiency through two-stage compression technology (15%-20% energy saving compared to single stage). At 75kW power, it can stably output 12-15m³/min of gas, perfectly adapting to the medium and high pressure industrial needs of 7-10bar. Its two-stage structure controls the exhaust temperature below 80°C. Combined with permanent magnet frequency conversion technology, it achieves ±5% energy consumption fluctuation and the life of core components is up to 40,000 hours. The intelligent control system dynamically matches the gas demand, and the compact design (noise <72dB) and modular maintenance can reduce the operation and maintenance costs by 30%. The three-stage filtration ensures that the oil content of the outlet air is ≤3ppm, which is the preferred solution for fields such as automobile manufacturing, food and medicine that have strict requirements on air pressure stability and cleanliness.

Diesel Air Compressor achieves efficient and stable air supply through two-stage compression technology, and is widely used in medium and high pressure industrial scenarios: driving pneumatic tools and spraying equipment on automobile production lines in the manufacturing industry; used for aseptic filling and packaging machinery in the food and beverage industry; and providing clean air sources that meet GMP standards for the pharmaceutical industry. Its exhaust volume is 12.3-16.3m³/min, which is suitable for continuous production needs in industries such as metallurgy and chemical industry. The two-stage structure can control the exhaust temperature below 80°C, reduce energy consumption by 15%-20%, and meet the differentiated pressure requirements of concrete spraying (7 bar) and mining equipment (10 bar) in the construction industry. The application of permanent magnet frequency conversion technology further optimizes energy utilization.