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Filtration Grade Dimensions (mm) W*H* D Number of Bags Filtration Area (㎡) Rated Air Flow (m³/h) Initial Resistance (Pa) Final Resistance (Pa) ...
View full detailsMaterial 100% POLYESTER FIBRES Model S-600G Normal Thickness (mm) 20±3 Weight (g/㎡) 600 Wind Velocity Test (m/s) 0.25 Initial Resistan...
View full detailsMaterial 100% POLYESTER FIBRES Model CL-600G Regular Thickness (mm) 20±3 Weight (g/㎡) 600 Wind Velocity Test (m/s) 0.25 Initial Resist...
View full detailsMaterial 100% POLYESTER FIBRES Model C-600G Normal Thickness (mm) 20±3 Weight (g/㎡) 600 Wind Velocity Test (m/s) 0.25 Initial Resista...
View full detailsMaterial 100% POLYESTER FIBRES Model AF-600G Normal Thickness (mm) 20±3 Weight (g/㎡) 600 Wind Velocity Test (m/s) 0.25 Initial Resista...
View full detailsFiltration Grade Dimensions (mm) W*H* D Filter Area (㎡) Rated Air Flow (m³/h) Wind Velocity Test (m/s) Initial Resistance (Pa) H13 610*610*120...
View full detailsDimensions (mm) W*H* D 595*595*550 / 6P Filtration Grade G4 M5 M6 F7 F8 F9 Air Flow (m³/h) 3400 3400 3400 3400 3400 3400 Initial Resistanc...
View full detailsFiltration Grade Arrestance Wind Velocity Test (m/s) Initial Efficiency Initial Resistance (Pa) Dust Holding Capacity (g/㎡) G3 91% 0.2 <15 ...
View full detailsFiltration Grade Dimensions (mm) W*H* D Number of Bags Filtration Area (㎡) Rated Air Volume (m³/h) Initial Resistance (Pa) Final Resistance (Pa)...
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These filters are commonly used in comfort HVAC and industrial systems where improved indoor air quality is required compared to coarse filtration.
PM10 (≤10 µm)
ISO ePM10 50%
ISO ePM10 60%
Effective removal of PM10 particles such as dust and pollen
Balanced filtration efficiency and airflow performance
Moderate pressure drop suitable for most HVAC systems
Reliable performance in polluted outdoor environments
Office buildings and commercial spaces
Schools and public facilities
Industrial offices and workshops
HVAC systems exposed to higher outdoor dust levels
ISO ePM10 filters provide a practical balance between air quality improvement and energy efficiency. The choice between 50% and 60% efficiency depends on outdoor pollution levels and system design margins.
ISO ePM10 60% offers higher PM10 removal efficiency and is typically used in more polluted environments, with a slightly higher pressure drop than 50%.
Yes, in basic comfort applications. In higher IAQ requirements, they are often combined with finer filtration stages.
Yes, especially in urban or industrial areas with elevated PM10 pollution.



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