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ChemSorb® Filter Granules

ILLUSTRATION &
PART NUMBER
DESCRIPTION SUGG. RETAIL
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 ChemSorb® Filter Granules

$35.00
$47.00
$58.00


ChemSorb® Filter Granules

High purity, low sodium, natural, zeolite, mineral (14” x 40”
mesh) that is classified as GRAS (Generally Recognized As
Safe) under 21CFR Part 182.2729 and 40 CFR Part 180.1001
with ANSI/NSF Standard 61 Listing. The material is mined,
crushed, dried and double-screen, sized to produce a high
quality filter media with Uniformity Coefficient (D60/D10) of 1.7
having high through-put capacity at low differential pressure.
The alumino-silicate, crystal, mineral material has surface
micro-mineral projections with 0.25 to 10 mm spacing that effectively trap suspended solids in water streams. The surface, micro-projections, together with the high surface area makes this material an ideal, water filtration media. The material is mineralogically and thermally stabile to 500° C. Advantages of ChemSorb®
Filter Granules versus conventional sand, anthracite and multimedia
filter media are below.

Higher filtration capacity without additional capital costs.

Reduced backwash frequency reduces costs and saves
labor.

High flow rate capacity - gravity flow (4 gpm/ft2 ) and
pressure vessels (12-18 gpm/ft2 ).

Linear/near linear, head loss curve with superior, depth
removal of suspended solids.

Superior filtration rating (5 micron nominal) translates to
enhanced water quality.

Physical Properties:
Bulk Density: 55 lbs. per cubic foot
Mesh Size: 14” x 40”
Color: Light green
Surface Area: Avg. 24.9 m2/g
Surface Absorption: Hydrophilic
Thermal Stability: Stable to 500° C
Filtration Nominal Rating: <5m

Applications:
Used as a water/liquid, filter bed (or tank) material in lieu of
sand/anthracite, pecan shells or other, coarse filtration material
to efficiently remove suspended solids and fine turbidity
particles. The filter granules physically filter and trap the suspended
solids. In addition, the granules remove a wide range
of colloidal and soluble, inorganic metallic, contaminants by
surface sorption, chemical-binding, charge-neutralization,
coagulation, reactions and/or ionic, ion-exchange phenomena

Replacement media for sand/anthracite
- Gravity filters - 4 gpm/ft2 design specification
- Pressure vessels-12-18 gpm/ft2 design specification
High-performance, gravity flow beds for drinking water plants
Industrial surface water pumping stations and cooling tower filters.
Polishing filter for industrial wastewater treatment.

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