ACH-50 is a high-performance refrigerated dryer designed for ultra-high pressure compressed air systems, with a processing capacity of 6.8 m3/min. Its compact size (700*450*730 mm) and weight of 40 kg make it an ideal industrial-grade solution for space-constrained environments, ensuring a stable supply of reliable dry air. The equipment is particularly suitable for harsh environments where humidity must be strictly controlled. The pressure bearing capacity of ACH-50 is up to 3MPa (standard) and 4MPa (optional), and it can maintain stable operation even under extreme pressure conditions, providing key guarantees for industries with extremely high air quality requirements such as petrochemicals, aerospace and precision manufacturing.
3MPa and 4MPa High pressure air dryer is a refrigerated drying equipment designed for ultra-high pressure compressed air systems. Its core is to provide stable dry compressed air for high-pressure scenarios such as petrochemicals, deep-sea operations, and special manufacturing.
3MPa and 4MPa air dryers are specially customized for ultra-high pressure working conditions, and their core advantages are reflected in high pressure adaptability, energy saving and high efficiency, and system reliability. 3MPa and 4MPa high-pressure refrigerated dryers are specially customized for ultra-high pressure working conditions, and their core advantages are reflected in high pressure adaptability, energy saving and high efficiency, and system reliability. The pressure-bearing shell is made of thickened steel/special alloy material, which can withstand 3-4MPa high pressure impact and avoid leakage risks. The high-pressure dedicated sealing system ensures long-term operation stability. There is no compressed air consumption, and the energy consumption is significantly lower than that of the
Adsorption Dryer. There is no valve wear, no need to replace the adsorbent, and maintenance only requires regular cleaning of the filter and drain valve. The 3MPa/4MPa high-pressure refrigerated dryer has the core competitiveness of strong structural high-pressure adaptability, low energy consumption and high stability. It is the preferred solution for ensuring air source drying in ultra-high pressure scenarios such as energy mining and special manufacturing.
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