Diaphragm compressors, known for their high compression ratios and excellent sealing, are essential in various industries such as food, petroleum, chemicals, electronics, nuclear power, aerospace, military, medicine, and research. Their applications include handling flammable, oxidizing, toxic, and radioactive gases; gas cylinder filling; gas mixing; transportation and pipeline unloading; chemical processing; electronics manufacturing; gas generation and storage; gas recovery; high-pressure storage; and hydrogen systems in power plants.
The diaphragm's surface coating enhances corrosion resistance, while the new cavity curve boosts volumetric efficiency, optimizes the air valve, and significantly extends service life.
The high-efficiency cooler optimizes machine temperature and efficiency, extending the lifespan of lubricating oil, O-rings, and air valve springs. It features an advanced, rational, and energy-saving design while meeting process parameters.
The diaphragm head adopts an inlaid Y-seal net and radial seal, and its sealing effect is far better than that of an open diaphragm head.
The diaphragm rupture alarm system is advanced, reliable, and easy to replace due to its non-directional diaphragm installation, offering high sensitivity.
No pollution or leakage; the high-purity diaphragm effectively separates the air and oil cavities, ensuring no leakage during compression. A specially designed sealing structure enhances performance, making it advantageous for compressing high-purity, rare, corrosive, and flammable gases.
The diaphragm compressor is a unique positive displacement compressor that requires no lubrication, ensuring excellent sealing and preventing contact between the compressed medium and lubricants. This design eliminates pollution during compression, making it ideal for handling high-purity (99.9999% or more), precious, rare, corrosive, toxic, flammable, explosive, and radioactive gases.
The diaphragm compressor cylinder offers excellent heat dissipation, enabling near isothermal compression and higher compression ratios, ideal for high-pressure gas compression.
|
Main performance parameters |
ZXGL Series |
|
Structural style |
Type L |
|
Piston Travel |
70~110 |
|
Max.piston force KN |
10~20 |
|
Intake pressure MPa(G) |
-0.05~15 |
|
Exhaust pressure MPa(G) |
0.4~45 |
|
Air displacement Nm3/h |
0.1~400 |
|
Number of diaphragms |
1~3 |
|
Electrical machinery power kW |
2.2~30 |
|
Digital analog design |
Yes |
|
Finite eement analysis |
Yes |
|
Stress analysis |
Yes |
Diaphragm compressors, known for their high compression ratios and excellent sealing, are essential in various industries such as food, petroleum, chemicals, electronics, nuclear power, aerospace, military, medicine, and research. Their applications include handling flammable, oxidizing, toxic, and radioactive gases; gas cylinder filling; gas mixing; transportation and pipeline unloading; chemical processing; electronics manufacturing; gas generation and storage; gas recovery; high-pressure storage; and hydrogen systems in power plants.
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