Cylinder, cone and oval designs; cellulose, spunbond, nanofibre, PTFE and antistatic media — which one to choose and when.
Standard air cartridge: maximum 135 °C for the complete assembly; the supplied PET samples state up to 120 °C continuous. A fibre-only limit does not transfer to adhesive, end caps, cage and gasket.
This site limits a standard cartridge element to 135 °C maximum. The supplied PET sheets state 120 °C continuous. Even if a fibre tolerates more, the adhesive, end caps, cage and gasket may limit the completed product. A substrate sheet therefore does not replace a cartridge assembly datasheet.
In a cartridge collector, first check dust blinding, pleat velocity, pulse and grounding.
Small area, sticky dust, depth loading, weak pulse.
Flow, area, pleat velocity and dust properties.
Recalculate; choose nanofibre or membrane media if required.
This site limits a complete standard cartridge assembly to 135 °C maximum. Many supplied PET samples state 120 °C continuous. The final value is always confirmed by the complete-assembly datasheet.
Yes — once dimensions, seal, media, grade or rating, flow and conditions are confirmed. A code alone, without checking the parameters, can lead to a wrong selection.
Why the standard cartridge maximum is 135 °C: media, adhesive, end caps, cage and gasket are rated as one assembly; the PET samples state 120 °C continuous.
Open →Pleated bag or cartridgeWhy a high-temperature pleated bag is not a standard cartridge and what to check before retrofitting a baghouse.
Open →Air cartridge filtersReplacement elements for cartridge dust collectors, local extraction and OEM units: shape, media, finish, gasket and mounting interface selected for the process conditions.
Open →Send your process data — we will review the specification, flag missing measurements and propose a process arrangement.