Mini Pleat HEPA Filters
A mini pleat construction uses closely spaced pleats to place more filter media inside a compact depth.
Open technical pageProduct system
HEPA and ULPA Filters
Explore mini pleat, deep pleat, V bank, high temperature, gel seal and wood frame high efficiency filter constructions.
Choose the correct page type
Separate construction, application and evidence before comparing values.
Each child page is built around a distinct sourcing intent. It records the variables needed for evaluation and keeps unverified values out of the public specification.
Deep Pleat HEPA Filters
A deep pleat construction uses deeper media packs and separators. Buyers should compare the pack arrangement, frame, seal, rated airflow, initial…
Open technical pageV Bank HEPA Filters
A V bank filter arranges multiple media packs in a V shaped assembly. The geometry can support higher media area in a compact face size, but every…
Open technical pageHigh Temperature HEPA Filters
High temperature HEPA selection begins with the continuous and peak temperature, exposure time, frame, media, separator, sealant and installation method.
Open technical pageGel Seal HEPA Filters
Gel seal filters use a mating knife edge and gel channel to form the perimeter seal.
Open technical pageWood Frame HEPA Filters
Wood frame HEPA filters combine a high efficiency media pack with a wood based frame.
Open technical pageWhat the first review needs
Start with enough context to identify the correct construction. Exact technical values can follow once the product, model and test condition are known.
- Application and contaminant or filtration objective
- Available face size, depth and installation interface
- Efficiency standard and required class or grade
- Airflow or face velocity and initial resistance limit
- Frame, media, seal, temperature and humidity
- Quantity, drawing or sample, destination and project stage
Prepare a workable enquiry
Match the quote to your actual operating conditions.
Send the application, dimensions, efficiency standard, airflow or face velocity, pressure drop limit, materials, seal, quantity and destination when available.