- Filtration accuracy
- 30μm - 1500μm
- Temperature range
- 0°C - 250°C
- Flow rate
- 5 - 500 m³/h
- Operating pressure
- 0.6 - 6.4 MPa
In Marine Equipment Industry, filtration systems, with their extremely high structural strength, excellent resistance to environmental interference, and precise protection of core power equipment, have become a barrier to ensure continuous production and safe ocean voyages. In the fields of industrial support and marine engineering, which are characterized by high loads and harsh environments, filtration systems serve as a "golden shield" to ensure the continuous beating of power systems and protect precision automated equipment from damage.
By efficiently intercepting oil mist and dust from industrial compressed air and high-concentration salt spray from the marine environment, filtration system not only effectively prevent wear of pneumatic components and high-temperature thermal corrosion of ship gas turbines, but also achieve extremely low maintenance costs and long-term operational reliability under extreme conditions of high temperature, high humidity, and high vibration, thanks to their robust and vibration-resistant characteristics, lack of external power drive, and support for online self-cleaning. This makes them a key support for improving the service life of heavy equipment and system stability.
Industrial support systems cover air compressor stations, pneumatic tools, painting production lines, and CNC machine tools. The core value of their filtration systems is "purifying the power source".
Air Compressor Protection: Industrial heart components like screw compressors are highly sensitive to incoming air particles. Physical filtration systems use multi - stage pre - filtration to prevent dust intake. This stops rotor wear and lubricating oil emulsification, greatly extending overhaul cycles.
Precision Pneumatic Components: On automated production lines, solenoid valves and cylinders need dry, clean air for accurate operation. Filtration systems remove trace oil mist and condensate from compressed air, preventing production line jams caused by impurities.
Painting and Surface Treatment: By capturing micron - sized dust particles, filtration systems ensure perfect painted surfaces. This directly determines the yield rate in high - end manufacturing such as automobiles and home appliances.
Ships operate in harsh environments with high temperatures, high humidity, and high salt spray, making filtration systems crucial.
Main Engine Intake Purification: Marine diesel or gas turbine engines handle large air volumes. Filtration systems must efficiently intercept sea salt particles to prevent thermal corrosion while keeping pressure drop extremely low for engine fuel economy.
Ballast Water Treatment Auxiliary: In ship ballast water management systems, physical centrifugal or mesh filtration is the first step. It removes large - diameter aquatic organisms and sediment, protecting subsequent ultraviolet or electrolytic disinfection units.
Hydraulic and Steering Systems: Ship steering and heavy - duty machinery rely on hydraulic power. High - pressure physical filters maintain absolute cleanliness of hydraulic fluids, preventing deep - sea navigation and maneuvering failures due to metal particle wear.
Crew Living Environment: For long - term enclosed cabins, air conditioning and filtration systems (HVAC) must be mold - proof, dehumidify, and filter fine particulate matter to ensure crew health on long voyages.
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