Key Features:

Key Feature 1 — High-Temperature Capability

Suitable for elevated-temperature service. Temperature rating depends on membrane material grade and application; higher-temperature options are available on request.

Key Feature 2 — Chemical & Corrosion Resistance

Ceramic materials withstand many acids/alkalis and solvents better than polymer media, improving reliability in aggressive environments.

Key Feature 3 — Stable Filtration Performance

Rigid porous structure offers consistent separation and helps maintain stable flux under demanding conditions.

Key Feature 4 — Regenerable & Easy Cleaning

Supports backwash/CIP/chemical cleaning (depending on system design), restoring permeability and extending service life.

Key Feature 5 — Lower Total Cost of Ownership

Long lifetime + cleaning regeneration can reduce consumable replacement frequency and downtime compared with disposable media.

Typical Design Range (Customizable):

Membrane type: Ceramic (multi-channel / tubular)
Separation grade: MF / UF (by pore size)
Tube OD/ID/length: Customizable (project-based)
Operating temperature: Depends on material grade & duty (confirm per project)
Cleaning: Backwash / CIP / chemical cleaning (depending on configuration)
Supply scope: Membrane tubes only, or complete skid/system integration available

Typical Applications:

Metallurgy & high-temperature dust removal (hot gas filtration)
Coal gasification / coal-chemical dust & gas purification
Power plants & high-temperature flue gas treatment
Chemical processing streams with corrosive components
Industrial air purification and high-temperature particulate removal

Working Principle:

Feed gas/liquid passes along the ceramic porous wall. Target particles (or larger components) are retained, while clean stream passes through the membrane structure. With proper cleaning cycles, permeability can be restored for long-term continuous operation.