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Glasfloss® PRP1625-10 PRP1625-10

Glasfloss PRP1625-10 Poly-Ring Panel Filter

Glasfloss® Phoenix PR-10 PRP1625-10 Poly-Ring Panel Filter, Non-Woven Polyester Media, 16 in W, 25 in H, 1 in D, 8 MERV

Glasfloss® Phoenix PR-10 PRP1625-10 Poly-Ring Panel Filter, Non-Woven Polyester Media, 16 in W, 25 in H, 1 in D, 8 MERV PRP1625-10

Glasfloss Phoenix Series Poly-Rings offer a variety of styles, multiple filtration media layers and performance levels for most applications. The self-sealing media gasket advantage of the Phoenix Series prevents dirt-laden air from bypassing the filter, an occurrence common with cardboard frame filters.
Glasfloss® Poly-Ring Panel Filter, Series: Phoenix PR-10, Non-Woven Polyester Media, 16 in Width, 25 in Height, 1 in D, MERV: 8, 2.77 sq-ft Media Area, 300 fpm Rated Velocity, 0.2 in-WG Initial Resistance, 1 in-WG Final Resistance, 15-3/8 x 24-3/8 x 7/8 in Actual

Actual Size      :      15-3/8 x 24-3/8 x 7/8 in
Depth      :      1 in
Final Resistance      :      1 in-WG
Height      :      25 in
Initial Resistance      :      0.2 in-WG
MERV      :      8
Media Area      :      2.77 sq-ft
Media Material      :      Non-Woven Polyester
Rated Velocity      :      300 fpm
Series      :      Phoenix PR-10
Width      :      16 in
  • Phoenix Series poly-rings shall be constructed utilizing layers of 100% non-woven polyester media
  • For optimum performance, the air leaving side of the Phoenix Series products shall be treated with a non-toxic, non-migratory adhesive
  • An internal wire frame shall be thermally sealed within the filter to maintain integrity
  • A thermal seal shall extend around the perimeter edge of the internal wire frame and on both sides of the centre wire support strut, ensuring the permanent bond of all media plies
  • There shall be sufficient media overlap to ensure a positive seal between the filter and the holding frame, eliminating the possibility of air bypass and the need for supplemental gasketing
  • Three-distinctly different plies of media shall be utilized, each being more dense than the one preceding it
  • The progressively dense fiber orientation of each media layer enables the small micron size particles to depth load within the filter
  • Made in the U.S.A
  • pdfSpecification Sheet https://assets.unilogcorp.com/267/ITEM/DOC/Glasfloss_PRP1625_10_Specification_Sheet.pdf