Honeycomb Ceramic | Cordierite & Alumina | 100–400 CPSI


Honeycomb ceramic for heat storage and energy recovery – high thermal capacity – low pressure drop – for regenerative thermal oxidizer (RTO) systems – Ruler Measured – Pingxiang Daier
Honeycomb ceramic substrate – high geometric surface area – low thermal expansion – for catalytic converters – uniform cell structure – Ruler Measured – Pingxiang Daier
Honeycomb ceramic media for industrial waste gas treatment – high porosity – low pressure drop – thermal shock resistant – efficient VOCs removal – Ruler Measured – Pingxiang Daier
Honeycomb ceramic with high thermal shock resistance – for cyclic high-temperature processes – rapid temperature change tolerance – durable and long-lasting – Ruler Measured – Pingxiang Daier
Ceramic honeycomb filter assortment in various shapes, sizes and cell structures for industrial filtration applications – Pingxiang Daier
Cylindrical ceramic honeycomb filters with hexagonal and triangular cell structures in different sizes – Pingxiang Daier
Square and cylindrical ceramic honeycomb catalyst substrates with multiple channel sizes for industrial gas treatment – Pingxiang Daier
Round ceramic honeycomb filter discs in various diameters with square, triangular and hexagonal channel structures – Pingxiang Daier

Honeycomb Ceramic Materials, Selection & Industrial Applications

Pingxiang Daier Separation Tech Co., Ltd. supplies industrial honeycomb ceramics in square, rectangular and cylindrical configurations for heat recovery, catalyst support and industrial gas treatment applications. Their parallel-channel structures provide controlled gas flow and a high geometric surface area.

Available Materials — Cordierite · Dense Cordierite · Cordierite-Mullite · Mullite · Corundum-Mullite

Available Designs — Square Honeycomb Blocks · Round Honeycomb Monoliths · Rectangular Ceramic Substrates · Custom Channel Structures

Key Selection Factors — CPSI · Channel Size · Wall Thickness · Operating Temperature · Thermal Shock Resistance · Pressure Drop · Gas Flow Rate · Material Grade

Typical Applications — Regenerative Thermal Oxidizers (RTO) · Regenerative Catalytic Oxidizers (RCO) · Industrial Heat Recovery · Catalyst Carrier Substrates · Industrial Exhaust Gas Treatment

Engineering Support — Material and structure selection based on operating temperature, gas composition, required dimensions, channel density and thermal performance requirements. Final suitability depends on the specific ceramic grade and process conditions.


Honeycomb Ceramic Technical Specifications & Material Data


High-efficiency honeycomb ceramic media – for RTO and RCO systems – optimized for maximum heat recovery and VOCs thermal oxidation – high thermal capacity – low pressure drop – Ruler Measured – Pingxiang Daier

Ceramic Foam Filter | Alumina & Zirconia | 10–30 PPI


Ceramic foam filter assortment featuring porous discs, rings, plates and blocks in different sizes – Pingxiang Daier
Beige square ceramic foam filter plates with open-cell porous structure for industrial filtration – Pingxiang Daier
Gray ceramic foam filters in disc, ring and rectangular block designs with interconnected porous structures – Pingxiang Daier
Ceramic foam filter samples in white, beige and gray, featuring round and square open-cell filtration structures – Pingxiang Daier

Ceramic Foam Filter Selection, Materials & Applications

Pingxiang Daier Separation Tech Co., Ltd. supplies ceramic foam filters for molten metal filtration in foundry and casting applications. Their three-dimensional open-cell structure helps capture non-metallic inclusions while allowing molten metal to flow through the filter.

Available Materials — Alumina (Al₂O₃) · Silicon Carbide (SiC) · Zirconia (ZrO₂)

Available Designs — Round Discs · Square Plates · Custom Sizes and Thicknesses

Key Selection Factors — Molten Metal Type · Pouring Temperature · PPI · Filter Dimensions · Flow Rate · Filtration Requirements

Typical Applications — Aluminum Casting · Cast Iron Foundries · Steel Casting · Non-Ferrous Metal Filtration · Industrial Foundry Processes

Engineering Support — For product selection and quotation, provide the molten metal type, operating temperature, required dimensions, PPI and order quantity.

 

Ceramic Foam Filter Technical Specifications & Physical Properties


High-purity alumina ceramic foam filter (CFF) – for molten aluminum filtration – removes non-metallic inclusions – for foundry clean casting – uniform pore structure – high filtration efficiency – Ruler Measured – Pingxiang Daier

Note: The technical specifications above apply to alumina ceramic foam filters only. Silicon carbide and zirconia filters have different material properties and operating limits. Final specifications are subject to product grade and technical confirmation.


Honeycomb Ceramic Manufacturing, Quality Control & Project Support


Ceramic foam filter – for inclusion removal in molten alloys – high-temperature stability – deep bed filtration – enhances alloy purity – for precision casting – Ruler Measured – Pingxiang Daier
Ceramic super saddle packing – optimized for high-efficiency mass transfer – low pressure drop – high surface area – for absorption and distillation columns – up to 1000°C – Ruler Measured – Pingxiang Daier
Plastic snowflake ring packing – designed for scrubbing and absorption – high void fraction – open lattice structure – anti-clogging – low pressure drop – PP, PVC, CPVC, PVDF – Ruler Measured – Pingxiang Daier
Ceramic cross partition ring – reinforced partition wall design – for corrosion-resistant towers – high acid resistance – low blockage risk – up to 1000°C – Ruler Measured – Pingxiang Daier
Plastic pole ring packing – for waste gas purification towers – high void fraction – anti-clogging design – low pressure drop – PP, PVC, CPVC – Ruler Measured – Pingxiang Daier
Ceramic quadri-lobe packing – optimized for enhanced fluid contact – high surface area – improved mass transfer efficiency – for absorption and distillation towers – acid resistant – up to 1000°C – Ruler Measured – Pingxiang Daier