air desinfection, aseptic filler, aseptic fillers, "aseptic filling", desinfection-of-air, h2o2-catalysis, h2o2-catalyst, Hydrogen peroxide-catalyst air desinfection, aseptic filler, aseptic fillers, "aseptic filling", desinfection-of-air, h2o2-catalysis, h2o2-catalyst, Hydrogen peroxide-catalyst
Dipl. Ing. F. Hager
Process engineering specialists for innovative system design and manufacturing		 air desinfection, aseptic filler, aseptic fillers, "aseptic filling", desinfection-of-air, h2o2-catalysis, h2o2-catalyst, Hydrogen peroxide-catalyst air desinfection, aseptic filler, aseptic fillers, "aseptic filling", desinfection-of-air, h2o2-catalysis, h2o2-catalyst, Hydrogen peroxide-catalyst
HYPER-KAT air desinfection, aseptic filler, aseptic fillers, "aseptic filling", desinfection-of-air, h2o2-catalysis, h2o2-catalyst, Hydrogen peroxide-catalyst
air desinfection, aseptic filler, aseptic fillers, "aseptic filling", desinfection-of-air, h2o2-catalysis, h2o2-catalyst, Hydrogen peroxide-catalyst
Hydrogen-Peroxide Catalyzers

Performance Features
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 HYPER-KAT is a highly efficient catalyzer system enabling decomposition rates in excess of 99%
H2O2 is catalytically broken down into the reaction products water and oxygen.
Purified air values below 1ppm are achieved (threshold limit value: 1 ppm).
HYPER-KAT functions at low temperatures end extremely high space velocities (outstanding decomposition performance despite extremely brief contacting)


Description
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 HYPER-KAT compromises a charge made up of a mixture of metals and oxides.
Noble Metals (platinum group) are applied to the substrate material for special applications.
The catalytic material posseses a large specific surface area which is porous and rough. It is incorporated in a highly dense manner in a module plate compromising an aluminium sectional frame with fitted stainless steel fabric.


Specifications

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·		 Dimensions:
Weight:
Volumetric flow rate:
Pressure loss:
Temperature range:		 480 x 480 x 40 mm
ca. 11 Kg
600 m3/h
1000 Pa
20- 120°C