Mini-Pleat HEPA Filter

Product features: Use 0.1 micron MPPS testing instrument for performance testing, product quality is guaranteed; produced in a class 10,000 clean factory, no volatile dust; using high-quality HV filter material, stable efficiency, low resistance, long service life; small size, saving installation space; high strength, light weight, easy to install.

Performance parameters: Full efficiency test (0.1-0.2μm): 99.9995%; Most penetrating particle size scanning method (MPPS), filtration level: U15;

Filter material: glass fiber filter paper

Frame: frosted aluminum profile

Dividers: hot melt glue

Working temperature: -20~70℃

Working humidity: ≤99%

Dimensional diagram:

Why Choose Mini-Pleat HEPA Filters

• Lower Operating Resistance

  The mini-pleat structure optimizes airflow paths, reducing system pressure loss and energy consumption.

• Larger Filtration Area

  Provides a larger filtration area within the same dimensions, increasing dust-holding capacity and service life.

• Lightweight Structure

  The design eliminates metal separators, reducing overall weight and simplifying installation.

• High Filtration Efficiency

  Achieves H13/H14 filtration performance to meet stringent air cleanliness requirements.

• Suitable for Energy-Efficient Systems

  Well suited to modern energy-efficient HVAC and variable air volume (VAV) systems.

• Stable and Reliable

  Hot-melt adhesive spacers support the filter media, maintaining its shape during long-term operation.

Key Features

• Separator-free mini-pleat structure

• Ultra-low operating resistance

• High filtration efficiency: H13–H14

• Efficient capture of 0.3 μm particles

• Lightweight design

• Large filtration area

• Energy-efficient and environmentally friendly

• OEM/ODM customization available

Typical Applications

• Pharmaceutical Cleanrooms

  Used for specified terminal filtration stages in production, filling, and packaging areas. Confirm filter class, rated airflow, sealing, and installed leak-testing requirements according to project specifications.

• Hospitals and Healthcare Facilities

  Can be used in designated filtration stages serving operating rooms and clean wards. Verify ventilation requirements, installation dimensions, allowable pressure drop, and maintenance access.

• Electronics and Semiconductor Industries

  Used in clean air systems for electronics assembly and semiconductor-related production. Specify particle control targets, operating airflow, filter class, and material cleanliness requirements.

• Biological and Research Laboratories

  Can be used for laboratory supply or exhaust filtration according to the design. Confirm housing sealing, leak-testing conditions, and safe replacement arrangements based on containment requirements.

• Food Processing and Precision Manufacturing

  Used for terminal particulate filtration in areas requiring controlled air cleanliness. Specify hygiene requirements, temperature, humidity, and cleaning conditions to confirm media and frame configurations.

• Data Centers

  Can be used in equipment or air treatment units where HEPA filtration is explicitly required. Verify particle control needs, available fan pressure, and airflow before replacing conventional filters.

Product Advantages

• Energy-Efficient Filtration

  The low-resistance design significantly reduces fan energy consumption.

• Longer Service Life

  A larger filtration area provides greater dust-holding capacity.

• Lightweight Construction

  The separator-free design reduces weight and simplifies installation and maintenance.

• High Reliability

  Suitable for clean air systems operating continuously.

• Flexible Customization

  Available in various dimensions, efficiency classes, and frame materials.

Optional Configurations

• H13 Filter Class

  Confirm H13 classification and the test standard according to project requirements. Verify model-specific efficiency data, test airflow, and individual filter test documentation.

• H14 Filter Class

  For filtration locations where H14 is specified. Confirm pressure drop at actual airflow, fan capacity, sealing, and installed leak-testing requirements.

• ABS Frame

  Suitable for equipment projects specifying plastic frames. Confirm operating temperature, structural strength, dimensional tolerances, and project flame-retardancy requirements.

• Aluminum Alloy Frame

  Suitable for equipment with weight and installation requirements. Verify profile dimensions, frame strength, mounting methods, and sealing compatibility.

• Galvanized Steel Frame

  Available for compatible air handling units and filter housings. Confirm frame thickness, site corrosion conditions, installation dimensions, and mounting methods before ordering.

• Double-Sided Sealing

  Double-sided gaskets can be configured according to housing requirements. Specify gasket material, position, thickness, and compression, and verify sealing surfaces and clamping arrangements.

• High-Temperature Version

  Provide continuous temperature, peak temperature, and exposure duration. Confirm the temperature limits of the media, hot-melt adhesive, sealant, gaskets, and frame together.

• Low-Resistance Configuration

  Assess media area and pleat configuration according to design airflow and allowable pressure drop. Compare data at the same efficiency class, dimensions, and airflow.

• OEM Branding

  Custom dimensions, labels, packaging, and branding are available. Provide technical drawings, testing requirements, quantity, and delivery schedules to confirm the production plan.

Our Advantages

• Professional HEPA Manufacturer

  Focused on the development and manufacture of high-efficiency and ultra-high-efficiency air filtration products.

• Strict Quality Control

  Each filter undergoes efficiency and leak testing.

• Extensive Cleanroom Project Experience

  Products are widely used in pharmaceutical, healthcare, electronics, and scientific research applications.

• Fast Delivery

  Standard models are well stocked, with bulk supply available for projects.

• OEM/ODM Services

  Supporting customized cooperation with global brands and engineering projects.

Frequently Asked Questions (FAQ)

• What Is the Difference Between Mini-Pleat and Separator-Type HEPA Filters?

  Mini-pleat filters offer lower resistance and lighter weight, making them well suited to modern energy-efficient HVAC systems. Separator-type filters are more suitable for high-airflow and demanding operating conditions.

• Are They Suitable for Operating Rooms?

  Yes. They are widely used for terminal filtration in hospital operating rooms and clean healthcare systems.

• What Filtration Efficiency Can They Achieve?

  They typically achieve H13 or H14 classification, corresponding to efficiencies of 99.95%–99.995%.

• Are Custom Dimensions Available?

  Yes. Filters can be manufactured according to project requirements.

• Is OEM Cooperation Available?

  Yes. Both OEM and ODM services are available.

Request a Quote

Looking for mini-pleat HEPA filters for AHUs, FFUs, or cleanroom air conditioning systems?

Please provide the following information for selection and quotation:

• Filter dimensions: External frame length × width × depth, installation opening, and mounting method. Attach existing filter photos or drawings for replacement projects.

• Filter class: Required H13 or H14 classification, test standard, and individual test report requirements.

• Airflow and pressure drop: Design airflow per filter, allowable initial pressure drop, specified final pressure drop, and available fan static pressure.

• Sealing requirements: Specify gasket or gel-seal requirements, installation interfaces, and leak-testing requirements. The construction should be confirmed according to the equipment.

• Operating conditions: Application area, operating hours, temperature, humidity, condensation conditions, and special cleaning requirements.

• Purchase quantity: Current quantity, sample requirements, future replacement plans, packaging, and delivery schedule.

Our engineers will provide selection recommendations and a quotation within 12 hours.