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The Jyntrel flat panel HEPA filter is a low-profile HEPA filter designed for air purifiers, dehumidifiers, humidifier-purifier combos, and robot vacuum exhaust paths. It captures submicron particles with PP, PP+PET, or PTFE media, available in grades from E11 to H14/U15. It is built for appliance makers and HVAC system designers who need predictable airflow, low resistance, and high dust holding capacity in tight spaces.
In a flat panel format, the filter sits perpendicular to the airflow, so the entire face is active. Air enters one side and exits the other with minimal directional change, which keeps pressure drop low. This matters in compact appliances where the fan has limited static pressure. The filter's low initial resistance helps maintain airflow at the design point and reduces the risk of fan stall or increased noise.
Jyntrel supplies this panel in thicknesses and face dimensions matched to your housing. The media grade determines the balance between efficiency and resistance: PP meltblown offers economical filtration, PP+PET composite adds moisture resistance, and PTFE membrane provides higher efficiency with low resistance. The panel is suited to velocities typical of residential and light commercial air purifiers, but we recommend sharing your target airflow and face velocity so we can confirm the right media and pleat configuration.
Efficiency ranges from E11 to H14/U15 depending on media selection. For particles around 0.3 µm, the highest grade can achieve up to 99.995% efficiency under EN 1822. The flat panel design maximizes media area within a thin profile, supporting high dust holding capacity and longer service intervals. Jyntrel tests every production batch for resistance, leak integrity, and efficiency in its CNAS-accredited laboratory.
Because the panel is fully customizable, performance is tuned to your application. We can adjust pleat count, media type, and frame to meet your target efficiency and pressure drop. The result is a filter that fits your air path rather than forcing a redesign.
To recommend the right flat panel HEPA filter, we need your device or vehicle model, required dimensions (or a drawing), target airflow or water flow, operating conditions (temperature, humidity, contaminants), and estimated annual quantity. With these inputs, our engineering team can propose a media grade, pleat geometry, and frame option that fits your housing and performance targets. We support full OEM/ODM customisation, including dimensions, frame material, logo, and packaging. More than 1,000 filtration solutions have been developed, so we can often adapt an existing design to save time.
| Item | Detail |
|---|---|
| Product name | Flat Panel HEPA Filter – MAX Series |
| Physical structure | Flat, thin-profile design with low air resistance and high space utilisation |
| Media options | PP (polypropylene meltblown), PP+PET composite moisture-resistant media, PTFE membrane |
| Filtration efficiency | E11 to H14/U15, depending on selected media grade |
| Resistance and dust holding | Low initial resistance through optimised fluid dynamics, with high dust holding capacity for extended service life |
| Typical applications | Residential and commercial air purifiers, desktop compact purifiers, humidifier-purifier combos, dehumidifiers, robot vacuum exhaust |
| Customisation | 100% OEM/ODM: any length, width, thickness, and sealing process per customer drawings |
| Quality certification | ISO 9001/14001 and IATF 16949 certified; CNAS-accredited testing centre; factory controls resistance, leak integrity, and efficiency |
In each case, the filter is specified to match the appliance's airflow and housing. Jyntrel works with appliance engineers to integrate the panel without compromising fan performance or service access.
Jyntrel operates multiple automated production lines with a monthly capacity of millions of pieces, supported by more than 20 years of export experience to Europe, the US, Japan, and Korea. The 50,000 m² plant includes 20,000 m² of cleanrooms across six workshops, enabling stable supply for volume programmes.
Quality is controlled through IQC, IPQC, and OQC processes. The CNAS-accredited laboratory performs efficiency, dust holding, and resistance testing, and every batch is checked for leak integrity. Jyntrel holds ISO 9001, ISO 14001, and ISO 45001 certifications, and has been IATF 16949 certified since 2024. Products comply with REACH and RoHS, with documentation available on request.
To receive a tailored proposal, please provide your device or vehicle model, required size or drawing, airflow or water flow, operating conditions, and estimated quantity. Our team will respond with a filter specification and quotation. Contact us to start the conversation.
The filter is available from E11 to H14/U15, depending on the media selected. For 0.3 µm particles, the highest grade can reach up to 99.995% efficiency under EN 1822. Jyntrel tests each batch in its CNAS-accredited laboratory to verify performance.
The flat panel design maintains low resistance at typical air purifier velocities. However, very high velocities can increase pressure drop and reduce efficiency. We recommend sharing your target face velocity so we can select the appropriate media and pleat configuration.
We need the design airflow rate, face velocity, and allowable pressure drop for your application. Also share the operating environment and any size constraints. With this information, we can recommend a filter that meets your performance targets.
Yes, we offer full OEM/ODM customisation. You can specify dimensions, frame material, media grade, logo, and packaging. Our engineering team can adapt an existing design from our library of over 1,000 filtration solutions to speed up development.
For this product, the MOQ is typically 500–1,000 pieces for standard configurations, and 1,000–3,000 pieces for custom designs. Standard lead time is 15–20 days; custom orders ship 25–35 days after sample approval. Samples are usually ready in 5–10 working days.
In typical residential use (PM2.5 around 35 µg/m³, 8 hours per day), we recommend replacement every 6–12 months. In commercial or industrial settings, 3–6 months may be appropriate. We can provide dust holding data to help set a pressure-drop alarm threshold.
Every batch is tested for resistance, leak integrity (scan test), and efficiency in our CNAS-accredited laboratory. We also perform dust holding tests to validate service life. Test reports can be provided with shipments.
Please provide your device model, required size or drawing, airflow, operating conditions, and estimated quantity through our contact page. Our team will respond with a specification and quotation, and can arrange samples for evaluation. <a href="/en/contact">Contact us</a> to get started.