FAQ

What makes Maglev compressors different from traditional oil-lubricated compressors?

Unlike traditional compressors that use mechanical bearings and oil for lubrication, Maglev compressors use magnetic levitation bearings. The rotor “floats” without physical contact, eliminating friction, oil contamination, and the need for complex oil circuits.

Yes, we provide a series of value-added services including material customization, fixed-size cutting, heat treatment and other supporting processing to meet the personalized needs of injection molds, stamping dies, die-casting molds and precision molds.

On average, Maglev compressors are 30% to 50% more efficient than conventional systems. This is due to the lack of friction and the absence of oil-film buildup in heat exchangers, which typically degrades efficiency over time.

Depending on the energy costs and operating hours, most clients see a full return on investment through energy and maintenance savings within 1.5 to 3 years.

Our systems are equipped with integrated energy storage or backup bearings to ensure a safe, controlled landing of the rotor in case of power loss, preventing any damage to the machinery.

It is significantly simpler. There are no oil filters to change, no oil to replace, and no mechanical seals to repair. Maintenance is primarily focused on software diagnostics and cooling system checks, drastically reducing downtime.

Due to the non-contact design, there is virtually zero mechanical wear. Our Maglev compressors are designed for a service life of 20+ years with consistent performance levels.

1. Central Air Conditioning and HVAC: Commercial complexes, five-star hotels, large-scale hospitals, and data centers.
2. Industrial Waste Heat Recovery and Power Generation (ORC Systems): Waste gas/waste heat recovery in steel mills, cement plants, and chemical plants; geothermal power generation.
3. Semiconductor and Precision Manufacturing Production Lines: Chip cleanrooms, biopharmaceutical laboratories, and high-precision coating operations.
4. Low-Temperature Refrigeration and Cold Chain Logistics: Food processing, large-scale cold storage facilities, and low-temperature storage for biopharmaceuticals.