HEPA Filter for FFU
Mini-pleat Filter (HEPA ULPA)

Mini-pleat HEPA Filter

Minipleat air filters are high-efficiency air filters with tightly pleated filter media that trap particles more efficiently than regular pleated filters. They are lighter and hold more dust than rigid cell or cartridge air filters. Their rigid frames can withstand challenging operating conditions, including variable air volume, turbulent airflow, and high humidity. They are installed in HVAC systems in hospitals, electronics manufacturing facilities, and similar settings to remove contaminants from the air stream and improve indoor air quality.

High efficiency
Low resistance
Mini pleat design
Good sealing
light weight, convenient installation and replacement
Available in a wide range of frame materials

SEND INQUIRY

HEPA Filter specification

Model	Size(MM) WHD	Rated Air velocity m³/h	Holding capacity	Airflow m/s	Initial Pressure resistance/Pa	Final Pressure resistance/Pa	Efficiency for 0.3μm
HP	61061050	600	≈450	0.45	<180	400	>99.99% (H13)
	91561050	900	≈700	0.45
	61061069	800	≈650	0.6
	91561069	1700	≈950	0.6
	61061090	1000	≈800	0.75
	117057069	1800	≈1100	0.75
	1220610100	2000	≈1600	0.75

Technical Features

Filter Class	H10-H14(EN1882)
Frame	Aluminum alloy, Surface anodized
Media	Superfine fiberglass filter paper
Separator	Hot melt adhesive
Face net	Coated mesh White RAL9016
Gasket	EVA
Sealant	Polyurethane
Max. Temp.	80°C
Max. Humility	100%

Applications

It is widely used in the terminal filtration of the civil or industrial cleaner places requiring a higher degree of cleanliness such as electronics, semiconductor, precision machinery, pharmaceuticals, hospitals, food etc.

Our HEPA filtration systems are seamlessly integrated into clean booth enclosures to provide a localized ultra-clean environment, protecting sensitive production processes from airborne pollutants.

High-efficiency HEPA filters are utilized in air shower equipment to effectively remove surface contaminants and particulate matter, ensuring personnel and materials enter the cleanroom environment with optimal cleanliness