Yes. ClipOn offers high-temperature cartridge options using media selected for the required operating conditions. Continuous temperature, peak temperature, dust chemistry and moisture should be reviewed before final selection.
ClipOn manufactures industrial cartridge filters for dry dust collection and air-filtration applications. Different media, constructions and surface treatments are available to address fine particles, elevated temperatures, moisture and challenging operating conditions.
A high pleat count provides a larger usable filtration area within a compact cartridge. These filters support efficient particle capture while helping plants make better use of the available installation space.
High-temperature filter cartridges use application-appropriate media for processes involving elevated operating temperatures. The final material and construction are selected after reviewing the actual temperature range and dust conditions.
These cartridges are designed for industrial dust collectors used in mining, metalworking, powder handling, surface treatment and related operations. Configurations can be matched to the collector design and cleaning system.
ClipOn can manufacture cartridges based on equipment drawings, samples or existing filter specifications. Customisation options may include dimensions, media, pleat design, end-cap style, gasket and supporting components.
Pleated cartridge filters offer a high filtration area relative to their overall size. The pleated media captures particles while allowing air to pass through the filter. They are commonly selected for installations that need compact filters without compromising dust-holding capacity.
Processes involving hot air or dust require media that can remain stable at the expected operating temperature. ClipOn evaluates both continuous and peak temperatures before recommending a suitable option. Dust chemistry and moisture must also be considered because temperature alone does not determine media compatibility.
Dust collector cartridge filters help separate airborne particulate matter from process air. They may be used with pulse-jet cleaning systems, depending on the collector design. Correct pleat spacing, media selection and installation fit can support consistent airflow and effective cleaning.
Industrial equipment does not always use standard cartridge dimensions. ClipOn develops custom filters for specific housings, collectors and operating duties. Existing cartridges can be evaluated to determine the required diameter, length, end configuration and sealing arrangement.
Specifications are selected according to the application rather than applied as a single standard across every filter.
| Parameter | Available Options |
|---|---|
| Filter media | Polyester, cellulose, PPS and aramid |
| Construction | Pleated cylindrical cartridge |
| Dimensions | Standard or customised to OEM requirements |
| Filtration duty | Fine dust and application-dependent particle capture |
| End configuration | Selected to match the filter housing |
| Gasket or seal | Based on temperature and installation requirements |
| Operating condition | Dry, humid or elevated-temperature applications, subject to media compatibility |
| Cleaning method | Pulse-jet compatible options, where required |
| Surface treatment | Available according to dust and operating conditions |
| Supporting components | Inner and outer support configuration as required |
Final specifications should be confirmed after reviewing the process conditions and dust characteristics.
Mining and mineral-processing operations generate dust during crushing, screening, transfer and material handling. Cartridge filters can help collect airborne particles at suitable extraction points.
Grinding, cutting and other metalworking activities release fine particulate matter. Correctly selected filters help protect dust-collection equipment and support a cleaner working area.
Cartridge filters capture airborne powder generated during coating operations. The media must suit the powder characteristics, system design and cleaning method.
Powdered ingredients can create dust during conveying, blending and packing. Filters for these environments should be selected with hygiene, product characteristics and applicable process requirements in mind.
Pharmaceutical production may involve fine and sensitive powders. Cartridge selection must account for containment expectations, material compatibility and the facility’s validated operating procedures.
Foundry processes can produce heavy dust under abrasive and high-temperature conditions. A suitable cartridge must be chosen after assessing particle loading, temperature and collector design.
Air entering gas-turbine systems must be filtered to reduce contamination. Filter configuration depends on the turbine system, ambient environment and required filtration performance.
ClipOn manufactures custom cartridge filters when standard products do not match the equipment or operating duty. Customers can provide a drawing, used sample, equipment model or existing specification. Our team reviews the dimensions, end caps, seals, media and support construction before developing the cartridge.
Custom manufacturing is useful for OEM replacements, older dust collectors and systems with unusual installation limitations. It also allows the filter design to be aligned with the actual dust rather than selected solely by physical size.
ClipOn combines filtration knowledge with application-focused manufacturing. Customers receive support in evaluating media, dimensions and operating conditions before placing an order. Our portfolio also includes dust collector filter bags and cages, fluidising fabrics, filter press cloth, panel filters and conveyor canvas belts.
The company works with industries facing abrasive dust, high particle loads, changing temperatures and demanding production environments. Custom manufacturing capabilities enable ClipOn to support new systems as well as replacement requirements. Every recommendation begins with the process because a filter performs well only when its construction suits the application.
Manufacturing begins with a review of the customer’s technical requirements. The team confirms the filter dimensions, media, pleat arrangement, end configuration and sealing method. Selected media is prepared and pleated to create the required filtration area. Supporting components and end caps are then assembled to maintain the cartridge’s shape and installation fit.
The completed cartridge is checked for dimensional accuracy, construction quality and visible defects. Application-specific checks may also be carried out according to the agreed requirements. The filter is then prepared for safe dispatch.
Start by identifying the dust type, particle behaviour and expected concentration. Fine, abrasive, sticky or moisture-sensitive dust may require different media and construction. Next, confirm airflow, operating pressure, continuous temperature and possible temperature peaks.
The cartridge must also fit the collector correctly. Check its diameter, length, end-cap design, gasket and installation method. If pulse-jet cleaning is used, the media and pleat arrangement should support effective dust release. Sharing these details with ClipOn helps the team recommend a more suitable cartridge instead of relying on dimensions alone.
View our products nowYes. Cartridge dimensions, end configurations, seals, media and supporting construction can be customised to suit OEM equipment and specific filtration systems.
They can support applications in mining, metalworking, powder coating, food processing, pharmaceuticals, foundries, gas turbines and other dust-generating industries.
Suitable options may be available for humid conditions. The correct choice depends on the moisture level, dust behaviour, temperature and compatibility of the selected media.
ClipOn can support filtration requirements beyond individual cartridges. Contact the technical team to discuss system design, filtration products and application-specific needs.
Send ClipOn the cartridge dimensions, required quantity, filter media, application, dust type, operating temperature and equipment details. A drawing, photograph or used sample can help the team prepare a more accurate quotation.