Captair Toxicap Range
Ductless fume cabinet for large quantites of Chemicals. Captair has been manufacturing ductless recirculating fume cabinets since 1968 and produces a range of various sizes depending on contaminant load.
The advantages of a Captair ductless recirculating fume cabinet are extensive, especially when compared to traditional ducted systems that completely extract large volumes of filtered air. What people often fail to realise (until they see their first electricity bill) is the extra load ducted filtration applies to an air conditioning system. Each hour a potentially massive volume of air-conditioned filtered air is pumped outside only to return to ambient temperature. This not only wastes money and electricity, it vastly increases the overall carbon footprint of the business. Our range of Captair Ducted fume cabinets recirculate this filtered and cooled air within the building, thus reducing both your effect on the environment and your electricity bill.
Special Features
Cuts energy costs by up to 96%
Removes contaminants via filtration and adsorbtion
Complies to AS 2243.9 for ductless fume cabinets
Multi layered specially treated carbon filters available depending on the type of contaminant, acid, ammonia, solvents, organics, particulates, sulfide etc
Air flow velocity meter indicates correct extraction rate
Low noise level only 50 dba
Audible alarm and hour counter to remind user when filters require replacement
Fan failure alarm to monitor air flow
High capacity retention due to layered filter levels, including prefilter then the surface treated activated carbon dual layers
Detection kit for periodic detection of filter saturation
Usage and Application
Research Institutes, Universities, Industrial Laboratories
Optional Extras
Four sizes available from 870mm – 1600mm
Removable spill trays and glass tempered work surfaces
Stainless steel mobile trolleys
Securifilter, Indicates filter saturation point for solvents
Clear back panel for classroom educational use
Panel light to illuminate the work surface
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