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200-355kW Two-Stage Screw Compressor - Energy Efficient, China Suppliers & Factory Certified
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200-355kW Two-Stage Screw Compressor - Energy Efficient, China Suppliers & Factory Certified

Introducing our fourth generation bilateral asymmetric screw compressor, designed to maximize efficiency and performance. This advanced rotor features a large diameter and optimal center distance, allowing for significantly reduced energy consumption. With a top-tier energy efficiency level, our compressor is crafted from special ductile iron QT600 material, ensuring durability and a maximum continuous operating temperature of up to 110 °C, Our model offers a working power range of 200-355 KW, along with a free air delivery between 32-73 m³/min. This compressor operates effectively under a working pressure of 0.6-1.3 MPa, meeting diverse industrial needs. The direct drive transmission system provides exceptional flexibility, while the dual cooling options of air-cooling and water-cooling ensure optimal thermal management, As a leading factory and supplier in China, we pride ourselves on delivering high-quality compressors that stand out in performance and reliability. Trust our products to meet your industrial air compression requirements with excellence

    Our advantages

    Two Stage Screw Air compressor

    The GAT series we made not only provides multiple models with different powers and sizes, but also contains high quality components produced by famous manufacturers, such as excellent performance air end, superior motor, advanced monitoring system, unique air circuit system and stable transmission system. ZIQI screw compressor use ZIQI two-stage compressed air end, excellent design, accuracy and efficiency have been obtained most user's approval. We promise to provide the best products and services to customers.

    Two-stage screw air end

    Profile design: Fourth generation bilateral asymmetric screw profile design; Rotor diameter, center distance large; Low energy consumption: energy efficiency level reaches first-class energy efficiency, the rotor is made of special ductile iron QT600 material, maximum operating temperature up to 110 °C continuous operation.

    Brazil WEG IE4 motor

    ZIQI compressor adopt WEG IE4 motor. The International Electrotechnical Commission (IEC) standard for electric motors has been in place since 2010. The IEC 60034-30-1 classification scheme identifies four levels of motor efficiency: IE1, IE2, IE3 and IE4. IE4 is the most energy saving standard.

    ZIQI Compressor focus on making the air compressor energy saving, durable, stable working and low failure rate, to help the client save a large operation cost and avoid many trouble due to the machine working failure.

    Frequently Asked Questions

    What components are featured in the ZIQI GAT series two-stage screw air compressor?

    The GAT series features high-quality components from famous manufacturers, including an excellent performance air end, superior motor, advanced monitoring system, unique air circuit system, and stable transmission system.

    What are the key advantages of ZIQI's two-stage screw air end design?

    It features a fourth-generation bilateral asymmetric screw profile design, large rotor diameter, and center distance. Made of special ductile iron QT600 material, it offers first-class energy efficiency and supports continuous operation up to 110 °C.

    What type of motor is used in ZIQI air compressors?

    ZIQI compressors adopt the Brazil WEG IE4 motor, which represents the highest energy-saving standard defined by the International Electrotechnical Commission (IEC).

    What is the significance of the IE4 motor standard?

    Defined under the IEC 60034-30-1 classification scheme, IE4 is the most energy-saving standard among the four motor efficiency levels (IE1, IE2, IE3, and IE4).

    How does ZIQI Compressor help clients save operation costs?

    By focusing on making air compressors that are energy-saving, durable, stable, and have a low failure rate, ZIQI helps clients save significant operation costs and avoid troubles due to machine working failures.