Products
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Acid & Heat Resistant Ceramic Lessing Ring / Ceramic One-Partition Ring Tower Packing 50mm 80mm 100mm 120mm 150mm for Tower Bottom Support & Chemical Absorption
Ceramic Lessing Ring Product Description Ceramic Lessing Ring, also known as Ceramic One-Partition Ring, Ceramic Single Partition Ring, or Ceramic One-Word Ring in Chinese industry terminology, is a structural random packing developed as an improvement over the traditional Ceramic Raschig Ring. Its defining feature is a single vertical partition (diaphragm) inserted across the internal diameter of the cylinder—this design was patented as the “Lessing ring” and is recogn... -
Ultra-High Crush Resistance Ceramic Proppant 20/40 30/50 40/70 Mesh for Oil & Gas Hydraulic Fracturing
Ceramic Proppant Product Description Ceramic Proppant, also known as oil fracturing ceramic proppant or sintered bauxite proppant, is a high-performance downhole material essential for hydraulic fracturing operations in oil, gas, and shale formations. Manufactured from premium bauxite ore through fine powder granulation and high-temperature sintering, these spherical ceramic granules are pumped into formation fractures to prop them open after pressure release, the... -
90% Al2O3 Honeycomb Ceramic Proppant Filter for Hydrogenation Units, High-Purity Alumina Catalyst Bed Support & Industrial Filtration
Honeycomb Ceramic Proppant Filter Product Description The Honeycomb Ceramic Proppant Filter is an advanced catalyst bed support and protection medium, engineered with a dense honeycomb structure made from ≥90% high-purity alumina. It combines the functions of mechanical support, uniform fluid distribution, and impurity filtration in one patented design, making it the superior replacement for traditional inert ceramic balls and perforated plates in hydrogenation units, hydrotreat... -
High Surface Area Cordierite / Alumina Honeycomb Ceramic Plate Monolith Substrate for RTO, Catalyst Support & Chemical Absorption
Honeycomb Ceramic Plate Product Description Honeycomb Ceramic Plate, also widely known as Ceramic Honeycomb Monolith or Honeycomb Ceramic Substrate, is a high-performance structured ceramic product engineered with countless parallel channels forming a uniform honeycomb structure. Manufactured from cordierite, mullite, alumina, or silicon carbide through precision extrusion and high-temperature sintering, this product delivers exceptionally high geometric surface area, ... -
High Porosity Ceramic Foam Filter (Alumina / SiC / Zirconia) 10-60 PPI for Foundry Molten Metal Filtration
Ceramic Foam Filter Product Description The Ceramic Foam Filter (CFF) is a high-performance filtration medium specifically engineered for the foundry industry. It is produced by impregnating a reticulated polyurethane foam with a ceramic slurry (consisting of ceramic powder, binders, sintering aids, and suspension agents), followed by high-temperature sintering to form a rigid, three-dimensional, open-pore network structure. This unique structure enables the filter to ... -
Cordierite Honeycomb Ceramic Substrate (Catalyst Carrier/Monolith) for Automotive Exhaust & Industrial VOC Purification
Honeycomb Ceramic Substrate (Catalyst Carrier / Monolith) Product Description The Honeycomb Ceramic Substrate is a high-performance, multi-channel structural catalyst carrier, typically extruded from cordierite. It serves as the inert, skeletal core of modern emission control systems, providing a mechanically robust and chemically stable foundation with an exceptionally high surface area for washcoat and catalyst loading. As the core component in catalytic converters, ... -
High Performance Perforated Ceramic Ball Porous Catalyst Support Media for Chemical Reactor
Our Perforated Ceramic Balls (Porous Ceramic Balls) feature an innovative drilled-hole design that increases specific surface area by 20%–30% and significantly opens up free space. Engineered from chemical-grade industrial porcelain, they offer exceptional catalyst bed support, uniform fluid distribution, and minimized pressure drop in high-velocity reactors.
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High Density Heat Storage Ceramic Ball Refractory Regenerative Ball for RTO and Heating Furnace
Our Heat Storage Ceramic Balls (Refractory Balls) are engineered for superior thermal performance in regenerative heat exchangers. Featuring high heat storage capacity, exceptional thermal shock resistance, and excellent mechanical strength, they withstand extreme temperatures up to 1700°C, ensuring optimal energy efficiency in industrial furnaces and RTO systems.
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High Purity Inert Alumina Ceramic Ball Catalyst Support Media for Petrochemical Industry
Our Inert Alumina Ceramic Balls are the most widely used catalyst support media in the world. Manufactured from premium high-quality chemical porcelain and alumina, they offer excellent mechanical strength, exceptional resistance to high temperatures and pressures, and unmatched chemical stability against acids and alkalis, providing a reliable foundation for heavy-duty chemical reactors.
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High Wear Resistant Alumina Grinding Ceramic Ball Media for Ball Mill
Our High Alumina Grinding Ceramic Balls are premium milling media engineered for maximum grinding efficiency and minimal wear loss. With exceptional hardness, high density, and superior wear resistance, they ensure zero contamination to your materials, making them ideal for ball mills in the ceramic, cement, paint, and chemical industries.
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Ultra Fine Yttria Stabilized Zirconia Grinding Ball Ceramic Milling Bead
Our Yttria Stabilized Zirconia (YSZ) Grinding Balls are premium ultra-fine milling media. Featuring exceptionally high density, outstanding fracture toughness, and parts-per-million (ppm) wear loss, they deliver maximum kinetic energy for nano-level grinding with absolute zero contamination to your high-value materials.
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High Performance 3A Molecular Sieve Zeolite Desiccant for Ethanol and Ethylene Dehydration
Our 3A Molecular Sieve (Potassium A Zeolite) features a precise 3-angstrom pore size, making it the premier desiccant for the deep dehydration of ethanol, ethylene, propylene, and natural gas. It exhibits high water adsorption capacity, excellent physical crushing strength, and minimal co-adsorption of valuable hydrocarbons.