ApplicationsTourmaline for Water Treatment Materials
Tourmaline applications for filter media, ceramic balls, composite cartridges, and water-treatment material systems
- FILTER MEDIA
- CARRIERS
- CERAMIC BALLS
- COMPLIANCE
Loosely bound powder or mineral particles may create turbidity, residues, or material loss during rinsing and use.
Powder that is too coarse may disperse poorly in ceramic or resin systems; excessively fine powder may create dust and handling issues.
Variations in color, purity, particle size, or moisture can affect media appearance, mixing, granulation, and customer acceptance.
Manufacturers of ceramic balls and composite media need tourmaline that is compatible with clay, ceramic binders, resin systems, or extrusion processes.
Tourmaline powder can be incorporated into ceramic, granular, or composite filter-media formulations as a distinctive mineral component.
Powders or granules with controlled specifications can increase mineral content, adjust material texture, and support consistent mixing.
Different particle sizes can be selected for ceramic balls, sintered media, composite cartridges, mineral filter media, and molded components.
● Adds a distinctive mineral component to filter-media formulations
● Can be combined with other minerals, ceramic carriers, or composite binders
● Suitable for branded products requiring mineral-material differentiation
● Controlled fineness supports mixing and forming
● Low moisture and stable particle size help reduce agglomeration
● Granules support convenient filling and lower-dust handling
● Suitable for ceramic balls, molded filter blocks, and granular-media designs
● Can be formulation-tested with ceramic binders, sintering processes, or resin systems
● Supports development of custom mineral filter media
● COA, MSDS, and composition information available on request
● Heavy-metal and radioactivity testing can support customer qualification
● Packaging and particle size can be adjusted to application needs
Fine-grade tourmaline for ceramic balls, composite filter blocks, mineral-media blends, and carrier-material formulations.
Recommended use: ceramic-ball production, molded filter media, cartridge compounds, mineral filter media, and water-treatment material development.
For composite formulations requiring better dispersion, a finer surface texture, and more uniform mineral distribution.
Recommended use: fine ceramic media, composite cartridges, carrier coating, molded components, and high-uniformity blending systems.
Granular tourmaline for media filling, mineral blending, and low-dust handling.
Recommended use: bulk media blending, cartridge filling, layered media systems, and granular-media sample development.
Particle-size and blending solutions can be customized for formulations combining tourmaline with ceramic carriers, activated carbon, zeolite, maifan stone, bentonite, or other minerals.
Recommended use: OEM filter media, ceramic-ball formulations, composite mineral media, and branded water-treatment material products.
100, 200, 325, 400, and 800 mesh; ultrafine powder and custom granules, selected according to media structure.
D50, D90, sieve residue, dust level, and granule size should be selected for the ceramic-ball, cartridge, or granular-media process.
Black, gray, or blended-mineral appearances are available depending on raw-material grade and product design.
Moisture, pH, bulk density, mineral composition, loss on ignition, and impurities can be confirmed by grade.
Heavy metals, radioactivity, cleanliness, and other tests can be arranged based on the application and export-market requirements.
COA, TDS, MSDS, particle-size report, composition report, heavy-metal report, and radioactivity report available on request.
Tourmaline powder can be blended with clay, ceramic carriers, or other mineral powders, then formed and processed into ceramic balls or mineral media granules.
Tourmaline can be used as a mineral component in molded, filled, or layered cartridge systems, with focus on formulation compatibility and particle retention.
Granular or powdered grades can be combined with other mineral materials for custom mineral filter-media systems designed by media manufacturers.
Fine powder can be used for carrier coating, loading, or composite testing, with focus on distribution uniformity and rinse stability.
