Technical specifications
Product Overview
Custom‑developed for low‑pressure high‑flow conditions. The water‑lubricated oil‑free airend delivers stable, clean oil‑free low‑pressure compressed air meeting ISO 8573‑1 Class 0. Specially profiled rotors for low pressure achieve higher volumetric efficiency. There is no need to produce high pressure and then throttle & vent, saving energy.
Pure water lubrication eliminates oil contamination risks. Stainless steel flow channels prevent rust debris from entering the air stream. The unit is designed for continuous high‑flow air supply with balanced heat dissipation, stable operation and easy maintenance; no waste oil disposal required.
Main applications: fermentation, powder conveying, textile & chemical fiber, air blowing and other production lines that need large continuous clean air without high pressure. It solves energy waste and air contamination caused by throttling down from high pressure on conventional compressors.
Compressor Unit System Flow Diagram
Five Core Advantages
Truly oil‑free, pure water lubrication, isothermal energy saving, low maintenance, low noise & durable. Suitable for food, pharmaceutical, electronics, medical, precision machining and more.
【True Class 0 Oil‑Free】Oil‑free design from the source. No oil separator, no oil mist. Safe for sensitive industries such as food, pharmaceutical and electronics.
【Isothermal Energy Saving】Isothermal compression keeps low airend temperature, improves volumetric efficiency. VSD models deliver outstanding energy savings.
【Low Operation & Maintenance Cost】No costs for lubricant purchase, oil change or waste oil disposal. Only filter replacement and water top‑up, easy servicing.
【Clean & Corrosion‑Resistant】Airend rotors and air passages are stainless steel. Rust‑resistant, no risk of coating peeling contaminating air supply.
【Quiet & Eco‑Friendly】Low‑friction design reduces operating noise. Zero waste oil discharge, compliant with international environmental regulations, convenient for overseas factory acceptance.
