Designed and manufactured in Quebec since 1986

Application engineering

Start with the polymer and the failure mode.

A filtration system is selected from the interaction between melt stability, contaminant load, target quality, throughput, pressure, temperature and cleaning practice.

Patt high-area polymer filtration system
RecycleHeavy contaminant duty
FilmQuality-sensitive output
FilledAbrasive compounds
High TEngineering polymers

Representative duties

Configure around what threatens production.

These application groups guide the first engineering review; final selection is based on actual process data and samples where necessary.

REC

Plastics recycling

Variable contamination, screen consumption and pressure rise demand area, control and serviceability.

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FILM

Film and fine filtration

Pressure stability and defect control are prioritized where small disturbances affect gauge or appearance.

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TEMP

High-temperature polymers

Thermal stability, residence time, sealing and body material become central for PEEK, PEKK, PEI and related polymers.

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Additional environments

Corrosion and abrasion change the material answer.

The filter architecture, body material, surface treatment, sensors and cleaning method must be considered as one service system.

HAL

PVC and halogenated polymers

Corrosive off-gassing and cleaning exposure require attention to every wetted and heated component.

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FILL

Glass, mineral and carbon fillers

Abrasive contact influences flow path, component hardness, sensor diaphragm and service interval.

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SPEC

Specialty compounding

Fine filtration, formulation value and short production campaigns reward precise control and fast changeovers.

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Bring us the process problem, not just a part number.

Share the polymer, throughput, temperature, pressure, contamination and target filtration. Our team will define the right system or process route.

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