Honeycomb Ceramic & Plate-Type Honeycomb Ceramic
Pingxiang DAIER supplies honeycomb ceramic and plate-type honeycomb ceramic for industrial heat storage, gas treatment and process applications. Different shapes, cell structures, material grades and model series are available to meet requirements for operating temperature, specific surface area, void fraction, pressure drop and installation conditions. Standard and customized specifications can be selected according to the application and equipment design.
Honeycomb Ceramic
Pingxiang DAIER honeycomb ceramic regenerators are available in cylindrical, square and segmented configurations for regenerative thermal systems and other high-temperature applications. Material grades and channel densities can be selected according to operating temperature, heat-storage performance and pressure-drop requirements.
Cylindrical Honeycomb Ceramic Regenerator
Cylindrical honeycomb ceramic regenerators provide uniform flow channels and a large heat-transfer surface for regenerative thermal systems. Diameter, length, cell density and channel size can be supplied according to equipment and operating requirements.
Segmented Honeycomb Ceramic Regenerator
Segmented honeycomb ceramic elements can be assembled into circular configurations for equipment requiring sectional installation. This design is suitable for customized diameters and replacement projects where one-piece ceramic blocks are not practical.
Square Honeycomb Ceramic Blocks
Square honeycomb ceramic blocks are widely used as regenerative heat-storage media in RTO units, regenerative burners and high-temperature industrial furnaces. Different block sizes, hole densities and material grades are available for different thermal conditions.
Honeycomb Ceramic Material & Shape Options
Honeycomb ceramic regenerators are available in multiple shapes and ceramic compositions, including cordierite, dense cordierite, cordierite-mullite, mullite and corundum-mullite. Material selection depends on working temperature, thermal shock resistance and process conditions.
MLM Plate-Type Honeycomb Ceramic
Pingxiang DAIER MLM plate-type honeycomb ceramic is available in MLM-125, MLM-160, MLM-180 and MLM-200 models. Different models provide different specific surface areas, pore dimensions, bulk densities and void fractions for industrial process requirements.
MLM-125 Plate-Type Honeycomb Ceramic
MLM-125 plate-type honeycomb ceramic features a larger pore size and lower specific surface area, making it suitable for applications requiring lower resistance and reliable thermal performance in industrial regenerative systems.
MLM-160 Plate-Type Honeycomb Ceramic
MLM-160 plate-type honeycomb ceramic offers a balanced combination of surface area, void fraction and bulk density, making it a practical choice for heat recovery, regenerative combustion and exhaust gas treatment systems.
MLM-180 / MLM-200 Plate-Type Honeycomb Ceramic
MLM-180 and MLM-200 plate-type honeycomb ceramic models provide higher specific surface area and finer channel structure, helping improve heat-exchange efficiency in high-performance regenerative thermal applications.
Ceramic Foam Filters & Porous Ceramic Media
Pingxiang DAIER supplies ceramic foam filters and porous ceramic media in round, cylindrical, square, plate and customized shapes. Pore structure, dimensions, geometry and product configuration can be selected according to filtration, catalyst support, gas treatment and other industrial process requirements. Batch production and customized manufacturing are available for project-specific applications.
Custom-Shaped Ceramic Foam Filters
Ceramic foam filters can be manufactured in cylindrical, ring and other customized geometries for different equipment and installation requirements.
Ceramic Foam Filter Batch Production
Batch production supports consistent dimensions and porous structure for industrial projects requiring repeat supply of ceramic foam media.
Ceramic Foam Filter Manufacturing Process
Ceramic foam filters are arranged during production and drying to help maintain structural consistency and quality before final inspection and delivery.
Custom Ceramic Foam Components
Pingxiang DAIER supports customized ceramic foam components in different colors, shapes and structures for project-specific filtration and process applications.
Square Ceramic Foam Filter Plate
Square ceramic foam filter plates are available in different sizes and pore structures for industrial filtration and porous media applications.
White Ceramic Foam Filter Plate
White ceramic foam filter plates provide a uniform porous structure and can be customized according to size, thickness and application requirements.
Dark Ceramic Foam Filter Plate
Dark ceramic foam filter plates are suitable for industrial porous media applications requiring customized dimensions and stable open-cell structure.
Round Ceramic Foam Filter Disc
Round ceramic foam filter discs are supplied for circular filtration and porous media applications, with customizable diameter, thickness and pore structure.
Acid-Resistant Brick & Tile Lining Projects
Pingxiang DAIER provides acid-resistant brick and acid-proof tile lining solutions for chemical equipment, towers, tanks, scrubbers and other corrosion-control applications. Our project experience covers curved walls, floors, arches and large internal surfaces, with installation arranged according to equipment geometry and operating conditions.
Curved Wall Brick Lining
Acid-resistant brick lining for curved internal surfaces in chemical process equipment.
Acid-Proof Wall Lining
Chemical-resistant brick lining designed to protect industrial walls from corrosive media.
Arched Brick Lining
Custom acid-resistant brickwork for arched openings and complex equipment geometry.
Tile Lining Layout
On-site positioning and installation of acid-proof tiles for accurate corrosion-resistant lining.
Cylindrical Chamber Lining
Acid-resistant brick lining for cylindrical vessels, towers and enclosed process equipment.
Finished Arch Lining
Completed acid-proof brick arch structure for durable chemical corrosion protection.
Large-Area Brick Lining
Large-scale acid-resistant lining installation for industrial chambers and process equipment.
Floor Lining Installation
Acid-resistant floor lining designed for chemical plants and corrosive industrial environments.
Ceramic Balls for Catalyst Support & Industrial Applications
Pingxiang DAIER supplies ceramic balls for catalyst support, bed support, gas and liquid distribution, and other industrial process applications. Available options include inert ceramic balls, perforated ceramic balls, silicon carbide ceramic balls and alumina-based media, with different sizes and material grades selected according to operating temperature, chemical environment, mechanical strength and process requirements.
Inert Ceramic Ball Production
Inert ceramic balls are fired under controlled conditions to achieve stable strength, chemical resistance and reliable performance for industrial support applications.
Inert Ceramic Balls
Inert ceramic balls are widely used as catalyst support and bed-support media in petrochemical, fertilizer, gas processing and other industrial systems.
Ceramic Ball Size Inspection
Ceramic ball dimensions are checked during quality inspection to ensure compliance with specified size and project requirements.
Specialty Ceramic Balls
Pingxiang DAIER supplies specialty ceramic balls for catalyst support, bed support and demanding industrial applications. Available options include perforated ceramic balls and silicon carbide ceramic balls, with different structures and materials selected according to flow requirements, operating temperature, chemical environment and mechanical strength.
Silicon Carbide Ceramic Balls
Silicon carbide ceramic balls are designed for demanding industrial environments requiring high temperature resistance, mechanical strength and stable performance.
Perforated Ceramic Ball Bulk Supply
Bulk perforated ceramic balls for catalyst-bed support and industrial process applications.
Perforated Ceramic Ball Structure
The perforated structure provides additional flow passages while retaining the support function of ceramic ball media.
Activated Alumina Balls for Drying & Purification
Pingxiang DAIER supplies activated alumina balls for industrial drying, adsorption and purification applications. Different particle sizes and packaging options are available according to process requirements. Activated alumina is commonly used in compressed-air drying, gas dehydration, water treatment and other adsorption systems requiring high surface area and stable physical performance.
Activated Alumina Balls
Activated alumina balls provide porous adsorption media for industrial drying and purification systems.
Activated Alumina Ball Close-Up
Uniform spherical particles support stable packing and reliable adsorption performance.
Activated Alumina Bulk Supply
Bulk activated alumina media is available for industrial adsorption and replacement requirements.
Large-Size Activated Alumina Balls
Different activated alumina particle sizes can be supplied according to equipment and process requirements.
Ceramic Support Rollers & Filter Tubes
Pingxiang DAIER supplies ceramic support rollers and ceramic filter tubes for high-temperature industrial applications. Ceramic support rollers are widely used in roller kilns and heat-treatment systems for smooth conveying and thermal stability, while ceramic filter tubes are used for gas filtration, dust collection, and high-temperature separation processes. Different sizes and configurations can be customized according to operating conditions and equipment requirements.
Ceramic Filter Tubes
Pingxiang DAIER ceramic filter tubes are designed for high-temperature filtration, dust collection, and gas-solid separation applications. They offer good thermal stability, corrosion resistance, and reliable performance in demanding industrial environments.
Ceramic Support Rollers Batch Supply
Pingxiang DAIER ceramic support rollers are suitable for roller kilns and heat-treatment systems. Batch supply supports stable quality, consistent dimensions, and reliable operation for continuous conveying under high-temperature conditions.
Ceramic Support Rollers Production Line
These ceramic support rollers are manufactured for smooth material conveying, thermal shock resistance, and long service life. They are widely used in industrial kiln systems where stable movement and heat resistance are required.
Ceramic Support Rollers Export Packaging
Pingxiang DAIER provides secure export packaging for ceramic support rollers to protect the products during storage and shipment. The rollers can be customized according to kiln design, size requirements, and operating conditions.
Technical Ceramic Components
Pingxiang DAIER supplies precision technical ceramic components for industrial equipment, electrical insulation, wear-resistant assemblies and high-temperature applications. Tubes, sleeves, bushings, rings and custom-shaped ceramic parts can be manufactured according to drawings, dimensions and operating requirements.
Custom-Shaped Ceramic Component
Complex ceramic geometries can be manufactured according to customer drawings and installation requirements.
Technical Ceramic Parts Packaging
Custom ceramic components can be securely packed for project delivery and export shipment.
Precision Ceramic Tubes & Sleeves
Ceramic tubes and sleeves can be produced to drawing-based dimensions for insulation, protection and mechanical applications.
Custom Technical Ceramic Components
Custom ceramic parts are available in different geometries for industrial equipment and precision assemblies.
Precision Ceramic Bushing
Precision ceramic bushings provide dimensional stability for industrial assemblies requiring electrical insulation or wear resistance.
Ceramic Tubes and Bushings
Tubes, bushings and cylindrical ceramic components are available for high-temperature and wear-sensitive systems.
Flanged Ceramic Sleeve
Flanged ceramic sleeves can be customized in diameter, bore size and overall dimensions according to equipment requirements.
MBBR Bio Media for Wastewater Treatment
Pingxiang DAIER supplies MBBR bio media for moving bed biofilm reactor systems used in municipal and industrial wastewater treatment. The carrier structure provides a large protected surface area for biofilm growth and supports efficient biological treatment in aeration tanks and other moving-bed processes. Different sizes and carrier structures can be supplied according to treatment requirements.
MBBR Bio Media Carriers
MBBR bio media provides protected surface area for microorganisms to grow and form active biofilm in moving-bed treatment systems.
Black MBBR Biofilm Carrier Media
Black MBBR biofilm carriers feature a multi-channel cylindrical structure designed to support microbial attachment and biofilm development. These plastic media are used in biological wastewater treatment systems, including industrial and municipal MBBR applications.
MBBR Bio Media for Wastewater Treatment
MBBR carrier media are available in different colors, sizes and internal channel designs to meet wastewater treatment requirements. Media selection depends on protected surface area, tank operating conditions, treatment objectives and system design.
MBBR Carrier Media Structure
The internal carrier structure helps provide surface area for biofilm attachment while allowing water and air to circulate through the media.
Tube Settler Media for Water & Wastewater Treatment
Pingxiang DAIER supplies tube settler media and honeycomb inclined tube fillers for water treatment and wastewater clarification systems. These modules are widely used in sedimentation tanks, clarifiers and solid-liquid separation units to improve settling efficiency, increase effective settling area and reduce tank footprint. Different module sizes and materials can be supplied according to project requirements.
Tube Settler Media Application in Tank
Application view of tube settler media inside a treatment tank, showing the installation environment and support structure for water clarification use.
Tube Settler Media Installation Site
Tube settler modules being arranged on site during installation in a water treatment tank for sedimentation and clarification applications.
Tube Settler Modules Before Installation
Tube settler modules placed inside the tank and prepared for assembly before final installation in the clarification system.
Honeycomb Inclined Tube Settler Module
Honeycomb inclined tube settler media provides a large effective settling area and helps improve clarification performance in water treatment systems.
Odor Control Curtains for Industrial & Environmental Applications
Pingxiang DAIER supplies odor control curtain systems for wastewater treatment plants, sludge handling areas, waste-processing facilities and other industrial environments requiring odor containment. Curtain dimensions, panel structure and installation configurations can be customized according to the site layout and project requirements.
Odor Control Curtain Panel
Standard curtain panel designed for odor isolation and enclosure applications in industrial treatment areas.
Structured Odor Control Curtain
Structured curtain media provides a lightweight modular solution for odor-control enclosures.
Odor Containment Curtain Block
Compact curtain sections can be arranged according to enclosure size and installation layout.
Industrial Odor Control Media
Open structured media is suitable for customized curtain systems used in industrial odor-control projects.
Flexible Odor Control Curtain Panel
Flexible panel construction supports installation in different enclosure geometries and treatment areas.
Industrial Odor Containment System
Application view showing a completed curtain system used for odor containment in an industrial treatment facility.
Industrial Ceramics & Water Treatment Materials FAQ
1. What Industrial Ceramic and Water Treatment Materials Can DAIER Supply?
Pingxiang Daier Separation Tech Co., Ltd. (DAIER) supplies a range of industrial ceramic and environmental treatment materials, including honeycomb ceramics, ceramic foam filters, inert ceramic balls, activated alumina, acid-resistant bricks, technical ceramic components, MBBR bio media, and tube settler media.
These products serve different applications, including heat recovery, industrial filtration, catalyst support, gas drying, corrosion protection, and wastewater treatment.
Product specifications can be selected or customized according to industrial applications and procurement requirements.
2. How Do I Select Honeycomb Ceramic for RTO Heat Recovery Systems?
Honeycomb ceramic selection depends on the regenerative thermal oxidizer (RTO) design, operating temperature, thermal cycling conditions, gas composition, and allowable pressure drop.
Important specifications include ceramic composition, block dimensions, channel density, wall thickness, and thermal shock resistance.
Different honeycomb ceramic structures are available for industrial heat recovery and regenerative combustion equipment.
For replacement projects, customers should provide the existing ceramic block dimensions, material specifications, and operating conditions.
3. Ceramic Foam Filters vs. Honeycomb Ceramics: What's the Difference?
Ceramic foam filters generally feature interconnected porous structures designed for filtration and selected gas or liquid treatment applications.
Honeycomb ceramics typically contain regularly arranged channels and are widely used in regenerative heat storage, gas treatment, and catalyst-support applications.
Their pore or channel structures serve different process requirements.
Selection should consider the intended function, operating temperature, required porosity or channel density, pressure drop, and chemical compatibility.
4. Inert Ceramic Balls vs. Activated Alumina: Which Should I Choose?
Inert ceramic balls are primarily used as mechanical support media for catalyst beds, adsorbent beds, and industrial reactors. Their main functions include supporting equipment loads and providing stable flow passages.
Activated alumina balls are porous adsorbent materials commonly used for moisture removal, compressed-air drying, gas dehydration, and selected purification applications.
These products are not directly interchangeable.
Buyers should specify whether the application requires mechanical bed support or adsorption performance before selecting the material.
5. MBBR Media vs. Tube Settler Media: What's the Difference?
MBBR bio media is designed to provide protected surface area for microbial biofilm growth in moving bed biofilm reactor systems. It is used for biological wastewater treatment.
Tube settler media consists of inclined channels or modules that increase effective settling area in sedimentation tanks and clarifiers.
MBBR media supports biological treatment, while tube settlers support suspended-solid separation through sedimentation.
The appropriate product depends on wastewater characteristics, treatment objectives, tank configuration, and operating conditions.
6. How Do I Select Acid-Resistant Bricks for Chemical Equipment?
Acid-resistant bricks and tiles are commonly used to protect chemical equipment, tanks, industrial floors, and process structures from corrosive environments.
Material selection depends on acid composition, concentration, operating temperature, mechanical loading, and installation conditions.
Conventional silica-based acid-resistant ceramics may not be suitable for hydrofluoric acid or certain strongly alkaline environments.
For procurement, customers should provide the chemical service conditions, required dimensions, estimated quantity, and available lining drawings.
7. Can Industrial Ceramic Components Be Customized from Drawings?
Industrial ceramic components can be manufactured in different geometries according to material requirements, equipment dimensions, and manufacturing feasibility.
Common customized products include ceramic tubes, sleeves, bushings, filter tubes, support rollers, and other technical ceramic parts.
Customers can provide engineering drawings, photographs, existing samples, or dimensional specifications for preliminary review.
Material composition, dimensional tolerances, operating temperature, and mechanical requirements should be confirmed before production.
8. What Information Is Needed for an Industrial Ceramic or Water Treatment Media Quotation?
For an initial quotation, please provide:
Product type: Honeycomb Ceramic, Ceramic Foam Filter, Ceramic Ball, Activated Alumina, Acid-Resistant Brick, MBBR Media, Tube Settler Media, or Custom Ceramic Component
Material grade or composition
Required size and dimensions
Quantity: Pieces, kilograms, metric tons, or cubic meters
Intended industrial application
Operating temperature and process conditions
Required technical performance, if specified
Drawings, photographs, or existing specifications, if available
Destination country or port
For industrial ceramic products, additional information such as porosity, channel density, mechanical strength, and chemical resistance requirements may be necessary.
For water treatment media, customers should provide relevant treatment system information and existing media specifications where available.
Pingxiang Daier Separation Tech Co., Ltd. (DAIER) supplies industrial ceramics, adsorption materials, and water treatment media for international industrial projects. Contact our team to discuss product specifications and quotation requirements.
Request a Quote for Ceramic & Water Treatment Materials
For a faster quotation and product recommendation, please provide the product type, size, quantity, application and operating conditions available for your project.
Contact: Lizzy Chung
Company: Pingxiang Daier Separation Tech Co., Ltd.
Email: lizzy@pxdaier.com
Main Website: www.pxdaier.com
Manufacturing base in Pingxiang, international business support in Xiamen, and technical support in Taiwan.
Helpful RFQ Information:Product type · Material · Size / dimensions · Quantity · Application · Operating temperature · Process medium · Required performance · Drawing or sample if available · Destination country or port
For custom ceramic components, MBBR media, tube settler media, filter tubes or odor-control products, drawings, photos or existing specifications are welcome for technical review