Filter Cell HT300
High Temperature Oven Filters
Filter cell HT300
Progressively structured filtermedia composed of finest glass fibres, bonded with a high temperature resistant binder. Converted into finished filter cells by aluminium stretcher grids.
Application :
Filtration of the intake and circulating air in spray and drying booths.
Avantages :
Filtermedia resisting to temperatures up to 300 °C.
High degree of dedusting with minimum pressure loss.
High dust absorption capacity.
Features :
Highly temperature-resistant filtermedia (up to 300 °C) of randomly arranged finest glass fibres. Aluminium stretcher grids will converts it to a filter cell. A nonwoven glass fiber malting at clean air side ensures that fibers will not be detached from the filtermedia. The filtermedia can be delivered also in rolls.
Dimension : 480 x 480 x 14mm
Technical data :
Degree of dedusting pursuant
to ASHRAE 52-76 95%
Filter category EU4
Flow volume 3600m3/h/m2
Intake velocity in blower stream 1 m/s
Initial pressure difference 58 Pa
Recommended final
pressure different 210 Pa
Temperature resistance up to 300 degree C
Self-extinguishing pursuant to>
Filter cell HT300
Progressively structured filtermedia composed of finest glass fibres, bonded with a high temperature resistant binder. Converted into finished filter cells by aluminium stretcher grids.
Application :
Filtration of the intake and circulating air in spray and drying booths.
Avantages :
Filtermedia resisting to temperatures up to 300 °C.
High degree of dedusting with minimum pressure loss.
High dust absorption capacity.
Features :
Highly temperature-resistant filtermedia (up to 300 °C) of randomly arranged finest glass fibres. Aluminium stretcher grids will converts it to a filter cell. A nonwoven glass fiber malting at clean air side ensures that fibers will not be detached from the filtermedia. The filtermedia can be delivered also in rolls.
Dimension : 480 x 480 x 14mm
Technical data :
Degree of dedusting pursuant
to ASHRAE 52-76 95%
Filter category EU4
Flow volume 3600m3/h/m2
Intake velocity in blower stream 1 m/s
Initial pressure difference 58 Pa
Recommended final
pressure different 210 Pa
Temperature resistance up to 300 degree C
Self-extinguishing pursuant to