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China Magnetic Levitation Centrifugal Air Compressor - Energy Efficient, Oil-Free, and Low Maintenance from Top Suppliers and Factory

The magnetic levitation centrifugal compressor, developed by leading manufacturers in China, utilizes cutting-edge magnetic levitation bearing technology, allowing the main shaft to function without mechanical contact. This innovative design results in significant energy efficiency, providing energy savings of 20%–50% while ensuring that 100% oil-free clean compressed air is achieved. Additionally, by eliminating the need for lubricating oil and related consumables, this compressor offers ultra-low maintenance costs, making it a cost-effective choice for businesses. Its quiet and stable operation makes it the perfect solution for industries where high air quality, energy efficiency, and low maintenance are priorities. Choose this superior product from reliable suppliers and manufacturers for your factory’s air compression needs

    Product Highlight

    🛡 ISO Class 00 Oil Content – 100% Clean Air

    With a frictionless, oil-free design, the discharged compressed air meets the ISO 8573-1 Class 0 oil-free certification standard.

    ⚙ Zero Friction0 Friction – High Operational Efficiency

    Using electromagnetic force to achieve complete rotor levitation, the system operates without mechanical contact or friction loss, maintaining consistent efficiency over long-term operation.

    💡 >30% Savings> 30% Energy Savings

    Achieves more than 30% energy savings compared with conventional oil-free screw compressors, which achieves cost reduction and efficiency improvement.

    📡 SmartIntelligent Control

    Supports multiple communication protocols—RS485, RS232, and Ethernet—allowing real-time monitoring and remote maintenance.

    🔇 <75 dBLow Noise Operation

    Operating noise levels are below 75 dB(A), while typical oil-free screw compressors exceed 85 dB(A).

    Industry Applications

    Metal Smelting

    Metal Smelting

    Circulation, oxygen (O₂) process air boosting, and instrument air spraying

    Air Separation

    Air Separation

    Main air compressor, booster air, or nitrogen (N₂) cryogenic expansion

    Petrochemical Industry

    Petrochemical Industry

    High-pressure (terminal) PTA, vaporized air, process air, and instrument air

    Electronics Industry

    Electronics Industry

    PCB cleaning, operational air supply, pick-and-place equipment

    Food and Pharmaceutical Industry

    Food and Pharmaceutical Industry

    Transportation, filling, packaging, fermentation, cooling, and spraying

    Energy Saving and Environmental Protection

    Energy Saving and Environmental Protection

    Wastewater treatment, pneumatic conveying, and steam recompression

    Automotive Industry

    Automotive Industry

    Surface treatment, pneumatic tools, inflation, stamping, cutting, and painting

    Textile Industry

    Textile Industry

    Air-jet looms, pneumatic components, fiber conveying, and rubber roller pressing

    Technical Parameter

    Model Specification Discharge Pressure (kPa) Inlet Flow Rate (m³/min) Flow Regulation Range Rated Power (kW) Dimensions (mm) L×W×H
    TMC 120 250 43 60%~100% 120 2250×1600×1800
    300 36 60%~100%
    350 33 70%~100%
    TMC 160 200 60 65%~100% 160 2800×1700×1950
    250 52 60%~100%
    300 48 60%~100%
    350 43 70%~100%
    TMC 220 200 85 65%~100% 220 2800×1700×1950
    250 75 60%~100%
    300 65 70%~100%
    350 60 65%~100%
    TMC 250 200 94 65%~100% 250 2750×1900×2050
    250 83 60%~100%
    300 75 70%~100%
    350 68 65%~100%
    TMC 300 200 112 65%~100% 300 2750×1900×2050
    250 98 55%~100%
    300 90 65%~100%
    350 80 65%~100%
    TMC 350 200 135 60%~100% 350 2900×2100×2100
    250 118 60%~100%
    300 108 60%~100%
    350 98 65%~100%
    TMC 450 200 170 50%~100% 450 2900×2100×2100
    250 150 55%~100%
    300 135 70%~100%
    350 123 75%~100%

    Frequently Asked Questions

    Q What does ISO 8573-1 Class 0 oil-free certification mean for this compressor?
    ISO 8573-1 Class 0 is the highest standard for compressed air purity, verifying that the discharged air contains zero detectable oil content. This magnetic levitation centrifugal compressor achieves this through a completely frictionless, oil-free mechanical design — no lubricants are used anywhere in the compression process, making it ideal for food, pharmaceutical, and electronics applications.
    Q How does magnetic levitation technology improve compressor efficiency?
    The rotor is suspended using electromagnetic force, eliminating all physical contact between rotating and stationary parts. This removes mechanical friction losses entirely, which allows the compressor to maintain high efficiency consistently over its full operational life without the performance degradation typical of conventional bearing-based compressors.
    Q How much energy can be saved compared to traditional oil-free screw compressors?
    These magnetic levitation centrifugal compressors achieve more than 30% energy savings compared with conventional oil-free screw compressors operating under equivalent conditions. The savings come from eliminating friction losses, using variable-speed control, and achieving higher overall isentropic efficiency — significantly reducing operating costs over the compressor's lifetime.
    Q What remote monitoring and communication options are available?
    The intelligent control system supports RS485, RS232, and Ethernet communication protocols, enabling seamless integration with existing plant automation and SCADA systems. Operators can monitor real-time performance data, set operational parameters, and carry out remote diagnostics or maintenance without requiring on-site access.
    Q What is the noise level of this compressor, and why does it matter?
    Operating noise is below 75 dB(A), which is at least 10 dB lower than conventional oil-free screw compressors that typically exceed 85 dB(A). Lower noise levels improve workplace safety and comfort, reduce the need for acoustic enclosures, and make installation in noise-sensitive environments — such as hospitals, laboratories, and food plants — far more practical.
    Q Which model should I choose for my application, and what is the flow regulation range?
    Models range from TMC 120 (120 kW) up to TMC 450 (450 kW), covering inlet flow rates from 33 m³/min to 170 m³/min across discharge pressures of 200–350 kPa. Flow regulation ranges vary by model from 50%–100% to 75%–100%, providing flexible capacity control. Please refer to the Technical Parameter table above to match a model to your specific pressure and flow requirements, or contact our technical team for a customized recommendation.

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