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Compressed Gas Precision Filter
Compressed Gas Precision Filter
Compressed Gas Precision Filter
Compressed Gas Precision Filter
Compressed Gas Precision Filter
The XF Series Compressed Gas Filters are designed in accordance with international standards and utilize HANKISON-type filter elements from the United States. The housings are made of high-quality aluminum alloy or carbon steel and are manufactured using advanced processing techniques, resulting in an attractive appearance and reliable quality equivalent to that of HANKISON products. These filters comply with the ISO 8573.1-2001 international standard for compressed air quality. Compared with competing brands, they provide superior contaminant removal efficiency with lower pressure drop.

Product Description:

The XF Series Compressed Gas Filters are designed according to international standards and adopt HANKISON-type filter elements from the United States. The housings are made of high-quality aluminum alloy, carbon steel, or stainless steel, manufactured with advanced processing techniques for a refined and durable appearance. Their performance matches that of HANKISON products and complies with the ISO 8573.1-2001 international standard for compressed air quality.

Compared with competing brands, these filters offer superior contaminant removal efficiency while maintaining a lower pressure drop. It should be noted that every 0.14 kgf/cm² increase in pressure drop results in a 1% increase in power consumption. Throughout their service life, the filter elements maintain a low pressure drop without saturation. When serviced annually as required, the air quality guarantee is automatically extended for another year.

Note: The filter element must be replaced periodically or when the differential pressure gauge pointer enters the red zone to avoid excessive pressure drop caused by filter clogging.

Product Features

XF-16 – XF-40

  • Enlarged flow path to minimize pressure drop.
  • High-quality aluminum alloy housing.
  • Internal and external surfaces coated with epoxy resin powder for enhanced durability and corrosion resistance.
  • Threaded inlet and outlet connections with airflow direction markings for easy installation.
  • O-ring sealing to ensure leak-proof performance.
  • Ribbed housing design for convenient handling with a special wrench.
  • Optional differential pressure gauge indicates the optimal time for filter replacement—maximizing filter investment efficiency and reducing pressure drop.
  • Working pressure: 0.1–1.6 MPa; Working temperature: ≤66°C; Models up to 42 MPa available on request.

XF-44 and Above*

  • Housings made of high-quality carbon steel, with flange connections.
  • Internal and external surfaces treated for anti-rust protection, smooth finish, high durability, and corrosion resistance.
  • Equipped with a float-type or electronic automatic drain, ensuring reliable operation and long service life.
  • Working pressure: 0.1–1.0 MPa; Working temperature: ≤66°C; Models up to 10 MPa available on request.

Benefits of Timely Filter Replacement

  • Ensures high-quality compressed air
  • Protects adsorption dryer beds
  • Safeguards downstream equipment, personnel, and processes
  • Reduces operating costs
  • Improves productivity and profitability

Working Pressure Correction Coefficient

When the pressure is not 0.7 MPa, the maximum flow rate can be determined by multiplying the rated flow rate by the correction factor corresponding to the minimum inlet pressure of the filter. The filter should not be selected based on pipe size, but rather according to the flow rate and inlet pressure.
Inlet Pressure (MPa)0.10.20.30.40.50.60.70.80.91.01.11.21.31.41.51.61.71.81.92.0
Correction Factor0.380.530.650.750.830.9211.061.131.21.251.311.361.411.461.51.551.61.651.70

Air Quality / Pressure Drop Chart

Filter GradeSolid Particles Down toResidual Oil ContentInitial Pressure Drop (bar)
MicronPPM by WeightDryWet
XF9350.070.11
XF7110.070.14
XF50.010.010.070.21
XF30.010.0010.140.42
XF10.010.0030.07Not Applicable