It starts with the core layer of micro-glass fibers, which captures the tiniest particles and pushes filtration efficiency into the ~99%+ range (at 4µm). To preserve that performance, a meltblown layer on the upstream side traps larger debris and boosts dust holding capacity (DHC) - effectively protecting the glass layer from premature clogging or damage.
The third component is a saturated cellulose base layer, giving the media the necessary strength and foldability for standard pleating processes. This smart layering means each fiber type plays a role: glass for ultra-fine filtration, synthetic for capacity, cellulose for stability. The result is one of the highest-efficiency diesel filter materials available - achieving ultra-fine filtration without sacrificing filter life or handling.
The sandwich structure of the design protects the micro-glass layer from damage, preventing loss of glass fibers. This layering design addresses concerns about health risks and abrasion behavior of glass fibers, safeguarding your employees.
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Interested in our multi-layer approach? Contact us to explore integrating this efficient 3-layer media into your filters.
