Permanent Magnet VSD Oil-free Rotary Screw Blower
As an innovative eco-friendly and energy-saving product, the Oil-Free Rotary Screw Blower is set to be widely applied in national production and daily life, serving key industrial sectors globally. Adopting advanced oil-free screw technology, it delivers 100% oil-free air that meets ISO 8573-1 Class 0 standards, fully complying with stringent environmental and quality requirements of modern industries.
With outstanding energy efficiency, it achieves 35-40% energy savings compared to traditional blowers. The optional Variable Speed Drive (VSD) system intelligently adjusts motor speed to match real-time air demand, further cutting operational costs and carbon emissions. Featuring low noise, stable operation and long service life, it provides reliable, low-maintenance air supply for continuous production.
Key application industries include: Wastewater Treatment, Textile, Chemical Fiber, Pharmaceutical, Papermaking, Steel, Power Generation, Cement, Automotive Coating, Glass, Coal Mining, Grain Processing and Petrochemical. Notably, it is a preferred choice in Wastewater Treatment, Textile, Cement, Chemical and Power Plant industries due to its eco-friendliness and operational efficiency.
With outstanding energy efficiency, it achieves 35-40% energy savings compared to traditional blowers. The optional Variable Speed Drive (VSD) system intelligently adjusts motor speed to match real-time air demand, further cutting operational costs and carbon emissions. Featuring low noise, stable operation and long service life, it provides reliable, low-maintenance air supply for continuous production.
Key application industries include: Wastewater Treatment, Textile, Chemical Fiber, Pharmaceutical, Papermaking, Steel, Power Generation, Cement, Automotive Coating, Glass, Coal Mining, Grain Processing and Petrochemical. Notably, it is a preferred choice in Wastewater Treatment, Textile, Cement, Chemical and Power Plant industries due to its eco-friendliness and operational efficiency.
