Company Information

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Key Parameters for Compressor inquiry

Suction Pressure

Discharge Pressure

Flow Rate

Cooling Method

Suction Temperature (℃)
Discharge Temperature(℃)
Power Supply(V/HZ)
Control Requirements
Gas Medium
Additional Remarks (You can also send your datasheet to our email)

China Diaphragm Compressors - Reliable Oil-Free Compression by Leading Suppliers and Factory

Our factory offers a diverse range of structural forms, including GD-type, GZ-type, GV-type, and GL-type models. With a piston stroke ranging from 70mm to 210mm and a maximum piston force of 10KN to 160KN, our products are built to handle rigorous demands. The maximum discharge pressure can reach between 50MPa and 100MPa, while the flow rate ranges from 0.5 to 2000 Nm³/h. Additionally, our compressors come with motor power options from 2.2KW to 200KW and operate at a crankshaft speed of 420 rpm, with both water-cooled and air-cooled methods available, As trusted suppliers in the industry, we are committed to delivering high-quality diaphragm compressors that meet the evolving needs of our clients

    Good Heat Dissipation, Near-Isothermal Compression Process

    The cylinder possesses excellent heat dissipation capabilities, making the compression process approach an isothermal state. Therefore, a higher compression ratio can be adopted, making it especially suitable for high-pressure gas compression requirements.
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    Frequently Asked Questions

    Why is good heat dissipation crucial for the compression process?

    Excellent heat dissipation allows the heat generated during compression to be quickly released, keeping the internal temperature stable and allowing the system to work under safer, more efficient conditions.

    What is a near-isothermal compression process?

    A near-isothermal compression process is one in which the temperature of the gas remains nearly constant throughout the compression cycle, resulting in higher thermodynamic efficiency.

    How does the cylinder achieve a higher compression ratio?

    Because of the superior heat dissipation and near-isothermal state, the thermal stress and risk of overheating are minimized, enabling the adoption of a much higher compression ratio safely.

    Is this system suitable for high-pressure gas compression?

    Yes, the combination of excellent thermal management and high compression ratio capabilities makes this setup ideal for demanding high-pressure gas compression applications.

    How can I contact your team for custom requirements?

    You can easily reach out to us by clicking the "Contact us" button above. Our technical support team is ready to assist you with your specific system needs.