The Heated Twin Tower Desiccant Air Dryer removes moisture before it ever reaches the ring main, delivering a low pressure dew point for applications that demand truly dry air.
The Heated Twin Tower Desiccant Air Dryer removes moisture before it ever reaches the ring main, delivering a low pressure dew point for applications that demand truly dry air.
Designed, manufactured and tested strictly to ISO9001, GB150, ISO7183 and QS pressure vessel standards, the unit uses international high-purity alumina adsorbent with vacuum negative pressure filling for a long service life. The certified adsorption tank guarantees safety, while the high-strength heater offers high pressure resistance, electric shock resistance and good heating insulation. An intelligent controller displays running parameters in real time, and high-performance pneumatic valves with a low-power solenoid ensure fast, precise response. Multi-layer fiber silencing keeps noise low.
Typical duties for this series across our installed base.
Strictly in accordance with ISO9001, GB150 standard, ISO7183 air dryer standard, QS, pressure vessel inspection specifications for design, manufacturing, production and testing to ensure safe and reliable operation of products.
Reasonable tower structure and control procedures to ensure the contact of compressed air and desiccant.
The adsorbent adopts international high-purity alumina, molecular sieve, vacuum negative pressure filling method, is not easy to be powdered, and has a long service life.
Adopting the adsorption tank with the pressure vessel certificate, the safety performance is guaranteed.
The heater has high strength performance, high pressure resistance, electric shock resistance and good heating insulation.
The intelligent controller is used to display the running parameters in real time with high precision, better system stability and easy operation.
High-performance pneumatic control valve with fast action response, long service life and good stability, equipped with standard low-power solenoid valve, high precision and fast response.
Silencer, multi-layer fiber material, uniquely designed mechanical noise reduction, lower noise.
Working Conditions
| 型号 | EQE Series | EQE-X Series | EQE-D Series | EQE-L Series |
|---|---|---|---|---|
| Inlet Temp. | ≤ 38 °C | ≤ 35 °C | ||
| Inlet Dew Point | ≤10°C With Refrigerated Air Dryer | ≤38°C Without Refrigerated Air Dryer | ≤10°C With Refrigerated Air Dryer | ≤35°C Without Refrigerated Air Dryer |
| Working Pressure | 0.6 ~ 1.0 MPa | |||
| Regeneration Gas Consumption | ≤ 7% | |||
| Inlet Oil Content | ≤ 0.1 ppm | |||
| Pressure Dew Point | -20 ~ -40 °C | -40 °C | -70 °C | -20 ~ -40 °C |
| Adsorbent | Activated Alumina | Activated Alumina | Activated Alumina + Molecular Sieve | Activated Alumina |
| Control Mode | Microcomputer Automatic Control | |||
Note: Other requirements can be customized.
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The customer's compressed air system contained moisture. When used for pneumatic control of powder conveying, coating machines and roller presses, the moisture caused material caking or reduced electrochemical performance, affecting production continuity.
SolutionWe configured a micro heat twin tower desiccant dryer with a stable dew point, effectively removing moisture from the compressed air and ensuring normal equipment operation. After commissioning, material caking and performance degradation issues were reduced, and production continuity was ensured.
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