Pingxiang Daier Separation Tech | High-end Structured Packing & Tower Internals - Ceramic Random Packing | Raschig Ring, Saddle | Up to 1000°C, Acid Resistant

Ceramic Random Packing | Raschig Ring, Pall Ring, Intalox Saddle & CMR

Ceramic Cross Ring | Alumina ≥70%

Precision-molded Ceramic Cross Ring packing – reinforced cruciform support – increased crush strength – for heavy-duty columns – high mechanical durability – Ruler Measured – Pingxiang Daier

$High-purity alumina Ceramic Cross Ring – maximum void fraction – low pressure drop – for high-temperature chemical processing – excellent thermal stability – Ruler Measured – Pingxiang Daier$

Acid-resistant Ceramic Cross Ring packing – bulk sizes – for gas scrubbing and absorption in corrosive refinery environments – high chemical durability – Ruler Measured – Pingxiang Daier

Ceramic Cross Ring packing – diverse sizes – for sulfur dioxide (SO2) absorption towers – robust and acid-resistant – Ruler Measured – Pingxiang Daier

Ceramic Pall Ring | Alumina ≥70%

High-purity ceramic Pall ring – internal reinforced ribs – enhances mass transfer and acid resistance – for high-temperature thermal towers – Ruler Measured – Pingxiang Daier

Ceramic Pall Ring – acid and alkali resistant – for diverse chemical processes – high-purity alumina – excellent thermal stability – Ruler Measured – Pingxiang Daier

Ceramic Pall Ring – high mass transfer efficiency – optimized internal geometry – for demanding separation processes – Ruler Measured – Pingxiang Daier

Ceramic Pall Ring – specially designed for sulfuric acid and acid gas treatment – high acid resistance – high-purity alumina – thermal stability up to 1000°C – Ruler Measured – Pingxiang Daier

Ceramic Intalox Saddle | Alumina ≥70%

Ceramic Intalox Saddle Ring – for high-temperature tower packing – excellent thermal stability – acid resistant – up to 1000°C – Ruler Measured – Pingxiang Daier

Acid-resistant ceramic Intalox saddle ring – for chemical distillation applications – high separation efficiency – acid and thermal stability – Ruler Measured – Pingxiang Daier

Ceramic Intalox saddle ring – excellent mass transfer performance – high surface area – low pressure drop – for packed columns – Ruler Measured – Pingxiang Daier

Ceramic Intalox saddle ring – engineered for sulfuric acid and acid gas treatment – high acid resistance – thermal stability up to 1000°C – Ruler Measured – Pingxiang Daier

Ceramic Intalox saddle ring – for petrochemical separation towers – high acid resistance – efficient mass transfer – up to 1000°C – Ruler Measured – Pingxiang Daier

Ceramic Intalox saddle ring – low pressure drop – high hydraulic capacity – for high-performance mass transfer – acid resistant – up to 1000°C – Ruler Measured – Pingxiang Daier

Ceramic Intalox saddle ring – engineered for harsh corrosive environments – extreme chemical resistance – high thermal stability up to 1000°C – for severe service conditions – Ruler Measured – Pingxiang Daier

Ceramic Intalox saddle ring – random packing for absorption towers – high acid resistance – efficient gas-liquid contact – Ruler Measured – Pingxiang Daier

Ceramic 3Y Ring | Alumina ≥70%

Ceramic 3Y ring – for high-temperature tower packing – excellent thermal stability – acid resistant – up to 1000°C – Ruler Measured – Pingxiang Daier

Acid-resistant ceramic 3Y ring – for chemical distillation systems – high-purity alumina – up to 1000°C – low pressure drop – Ruler Measured – Pingxiang Daier

Ceramic 3Y ring – high mass transfer efficiency – optimized corrugated geometry – for high-performance separation columns – Ruler Measured – Pingxiang Daier

Ceramic 3Y ring – corrosion-resistant – for random packing in aggressive tower environments – high acid and thermal stability – up to 1000°C – Ruler Measured – Pingxiang Daier

Ceramic Cascade Mini Ring (CMR) | Alumina ≥70%

Industrial-grade Ceramic Cascade Mini Ring – low aspect ratio – maximizes throughput – minimizes flow resistance – for chemical towers – acid resistant – up to 1000°C – Ruler Measured – Pingxiang Daier

Ceramic Cascade Mini Ring (CMR) – acid and alkali resistant – for aggressive chemical environments – high corrosion resistance – up to 1000°C – Ruler Measured – Pingxiang Daier

Ceramic Cascade Mini Ring – low pressure drop – high efficiency – for high-performance chemical towers – acid resistant – up to 1000°C – Ruler Measured – Pingxiang Daier

Ceramic Cascade Mini Ring – for petrochemical and chemical separation towers – high corrosion resistance – optimized hydraulic performance – low pressure drop – up to 1000°C – Ruler Measured – Pingxiang Daier

Ceramic Berl Saddle | Alumina ≥70%

Ceramic Berl Saddle – single unit – optimized for acid resistance and low pressure drop – for traditional chemical distillation towers – up to 1000°C – Ruler Measured – Pingxiang Daier

$Pair of Ceramic Berl Saddles – manufactured in Pingxiang, China – robust mechanical strength – high void fraction – for industrial gas scrubbing – acid resistant – up to 1000°C – Ruler Measured – Pingxiang Daier$

Custom-sized Ceramic Berl Saddles – engineered to resist thermal shock and strong chemical corrosion – for absorption processes – high durability – Ruler Measured – Pingxiang Daier

Ceramic Berl Saddle packing – widely used in sulfuric acid plants and environmental scrubbing towers – for efficient gas-liquid separation – high acid resistance – up to 1000°C – Ruler Measured – Pingxiang Daier

Ceramic TY-Pack | Alumina ≥70%

Precision-engineered Ceramic TY-pack – symmetrical structure – high mass transfer efficiency – low pressure drop – for industrial acid towers – acid resistant – up to 1000°C – Ruler Measured – Pingxiang Daier

Bulk supply of Ceramic TY-pack random packing – uniform manufacturing quality – high specific surface area – for gas-liquid separation – Ruler Measured – Pingxiang Daier

Detailed side-view of Ceramic TY-pack – robust mechanical strength – acid-resistant material – for high-temperature chemical environments – up to 1000°C – Ruler Measured – Pingxiang Daier

$Top-down view of Ceramic TY-pack internal structure – high void fraction – reduces gas resistance – prevents scaling – for chemical scrubbers – Ruler Measured – Pingxiang Daier$

Ceramic Random Packing Selection, Types & Applications

Ceramic random packing is used in packed towers for absorption, distillation, stripping and scrubbing applications where chemical resistance and temperature stability are important. Different packing geometries provide different combinations of specific surface area, void fraction, hydraulic capacity and pressure drop.

Available Types — Ceramic Raschig Ring · Ceramic Pall Ring · Ceramic Intalox Saddle · Ceramic Berl Saddle · Ceramic Cascade Mini Ring (CMR) · Ceramic Cross Ring · Ceramic 3Y Ring · Ceramic TY-Pack

Available Materials — Ceramic and alumina-based materials with different compositions according to chemical, temperature and mechanical requirements.

Key Selection Factors — Operating Temperature · Chemical Compatibility · Packing Size · Tower Diameter · Gas Velocity · Liquid Loading · Pressure Drop · Fouling Tendency · Mechanical Strength · Required Mass Transfer Performance

Typical Applications — Acid Gas Scrubbers · Chemical Absorption Towers · Distillation Columns · Stripping Towers · Corrosive Process Towers · Chemical Processing · Environmental Treatment Systems

Packing Selection Considerations — Packing geometry and size should be selected according to tower diameter, gas and liquid loads, allowable pressure drop, fouling tendency, operating temperature and required separation performance.

Engineering Support — DAIER provides preliminary packing screening, packing size selection, packing volume and weight estimation, material screening and RFQ preparation through the Tower Packing Engineering Assistant.

Ceramic Random Packing Technical Specifications & Performance Data

$Top-down view of Ceramic TY-pack internal structure – high void fraction – minimizes gas resistance – prevents scaling – for chemical scrubbers – Ruler Measured – Pingxiang Daier$

Refractory Ceramic Ball | Alumina 30–60% | Up to 1400°C

$High-purity Ceramic Refractory Ball – smooth surface finish – high-strength catalyst support media – for chemical reactors – excellent thermal stability and inertness – Ruler Measured – Pingxiang Daier$

$Industrial-grade Ceramic Refractory Balls – excellent thermal shock resistance – high mechanical strength – for heat storage applications – high-purity alumina – Ruler Measured – Pingxiang Daier$

Various sizes of inert alumina ceramic balls – reliable thermal stability – chemical corrosion resistance – for blast furnace applications – high-purity material – Ruler Measured – Pingxiang Daier

$Ceramic Refractory Balls (Inert Alumina) – for secondary reformers and transformation furnaces – ensures uniform gas distribution and bed protection – high thermal stability – Ruler Measured – Pingxiang Daier$

Inert Ceramic Ball | Alumina 92–99% | Catalyst Bed Support

Full range of inert ceramic balls – from micro-beads to large support spheres – precise catalyst bed grading – for industrial reactors – high-purity alumina – Ruler Measured – Pingxiang Daier

High-alumina inert ceramic balls – 99.8% acid resistance – superior thermal shock stability – for harsh chemical processing environments – Ruler Measured – Pingxiang Daier

Inert ceramic balls – catalyst support media and bed topping – for petroleum refineries, fertilizer plants, and environmental protection units – high chemical durability – Ruler Measured – Pingxiang Daier

Direct factory export – inert ceramic balls – seaworthy packaging – global shipping – from Pingxiang Daier – high-purity alumina – Ruler Measured – Pingxiang Daier

High Alumina Ball | Alumina ≥92%

High alumina ceramic ball – excellent wear resistance – designed for abrasive chemical environments and high-wear applications – high-purity alumina – Ruler Measured – Pingxiang Daier

High-strength inert ceramic ball – excellent thermal shock resistance – for high-temperature cyclic processes – high-purity alumina – Ruler Measured – Pingxiang Daier

$Ceramic high alumina ball – high-temperature furnace support – refractory grade – load-bearing capacity – excellent thermal stability – Ruler Measured – Pingxiang Daier$

High alumina ceramic ball – for catalyst bed support in reactors – high mechanical strength – thermal stability – Ruler Measured – Pingxiang Daier

Medium Alumina Ball | Alumina 70-80%

$Ceramic high alumina ball – refractory support for high-temperature furnaces – high-purity alumina – excellent thermal shock resistance – load-bearing capability – Ruler Measured – Pingxiang Daier$

Ceramic medium alumina ball – for tower support and covering – moderate alumina content – cost-effective – good mechanical strength – Ruler Measured – Pingxiang Daier

Ceramic medium alumina ball – for petrochemical and chemical reactors – moderate alumina content – acid and alkali corrosion resistance – good mechanical strength – Ruler Measured – Pingxiang Daier

Medium alumina ceramic ball – high mechanical strength – for random packing and bed topping – good thermal stability – cost-effective – Ruler Measured – Pingxiang Daier

Custom Ceramic Support Balls | Multiple Alumina Grades

Ceramic balls for catalyst support and bed coverage – uniform gas flow distribution – prevents channeling – high mechanical strength – Ruler Measured – Pingxiang Daier

Ceramic balls – high mechanical strength and long-term stability – low attrition loss – for fixed bed reactors – Ruler Measured – Pingxiang Daier

Ceramic balls for high-temperature reactor applications – excellent thermal cycling stability – high-purity alumina – anti-coking properties – Ruler Measured – Pingxiang Daier

Inert ceramic balls for petroleum and chemical industries – high chemical resistance – excellent thermal stability – for catalyst support and bed topping – Ruler Measured – Pingxiang Daier

Ceramic Support Media & Alumina Ball Technical Specifications

High-strength inert alumina ceramic balls – 92% to 99% Al2O3 – for catalyst support and bed topping – high thermal stability – excellent chemical resistance – Ruler Measured – Pingxiang Daier

Ceramic Random Packing & Support Media Manufacturing