More surface area. Better liquid distribution. Built for demanding distillation and mass transfer columns.
Our Ceramic Ring Partitioned products are trusted by chemical plants, fertilizer units, and industrial process towers across India and internationally. As a direct manufacturer and supplier based in Mandsaur, we produce partitioned tower packing rings with consistent dimensional quality, high crush strength, and full technical support from inquiry to commissioning.
Partitioned tower packing rings are a type of ceramic random packing with internal cross-partitions or dividers inside the ring body. These internal walls break up the liquid flow and create additional surface area within the same outer dimensions as a standard ring. The result is better liquid spreading, improved gas-liquid contact, and higher mass transfer efficiency per unit volume of packed bed.
Compared to plain Raschig rings, partitioned rings offer more effective surface area without significantly increasing pressure drop. This makes them a practical upgrade for existing columns and a smart first choice for new tower designs.
Our ceramic ring partitioned products are kiln-fired from high-grade porcelain and stoneware ceramics, designed to handle high temperatures, corrosive chemicals, and continuous industrial operation.
Who is this for?
This product is suitable for:
Key problems it solves:
Step 1: Share Your Column and Process Details Tell us your column diameter, packing height, operating temperature, the chemicals involved, and your current packing type if replacing existing media. A short technical form or email is enough to start.
Step 2: Product Recommendation and Technical Proposal Our ceramic engineer reviews your process conditions and recommends the right size and grade of partitioned ring. You receive a written proposal with product specifications, quantity estimates, pricing, and lead time within 24 to 48 hours.
Step 3: Manufacturing and Quality Testing Your order is produced in our kiln facility under controlled conditions. Each batch is tested for dimensional accuracy, bulk density, crush strength, and visual inspection before being approved for dispatch.
Step 4: Packaging and Shipment Finished rings are packed into woven PP bags or jumbo bags with inner liners to prevent moisture ingress. Export orders are created and fully documented per destination requirements. Test reports and inspection certificates are prepared and included.
Step 5: Delivery and Ongoing Technical Support We deliver to your facility with complete documentation. Our team provides column loading guidance, installation procedure notes, and is available for post-commissioning technical support at no additional charge.
Feature | Details |
Type | Partitioned ceramic tower packing rings |
Material | Porcelain, stoneware ceramic |
Size range | 25 mm to 100 mm (custom available) |
Temperature rating | Up to 1000°C continuous service |
Bulk density | 550 to 700 kg/m3 depending on size |
Chemical resistance | All acids except HF, stable in alkalis |
Surface area | Higher than equivalent plain rings due to internal partitions |
Quality standard | ISO 9001 compliant manufacturing |
Packaging | PP woven bags, jumbo bags, export crating |
Every order includes:
We manufacture everything in-house. Our production facility in Mandsaur handles raw material preparation, forming, kiln firing, quality inspection, and export packing under one roof. There is no outsourcing, no third-party sourcing, and no quality compromise between production and delivery.
Expert on Our Team Our senior applications engineer, Ms. Priya Desai, has 15 years of experience in ceramic tower packing design, column performance analysis, and process application engineering. She leads all technical consultations and ensures the right product is recommended for every customer requirement.
What sets us apart:
Real Result from a Customer in Gujarat: A sulphuric acid plant in Gujarat was running a 1.0-meter diameter drying tower with plain ceramic Raschig rings. After switching to our 50 mm ceramic ring partitioned packing during a scheduled shutdown, the tower showed a 16% improvement in drying efficiency, pressure drop across the bed reduced by 21%, and liquid distribution improved noticeably as confirmed by their process team. The packing has been in continuous service for over 3 years with no damage or replacement required.
Industry | Typical Application |
Sulphuric Acid Manufacturing | Drying towers, oleum absorption towers |
Fertilizer Plants | Ammonia scrubbers, nitric acid towers |
Petrochemical Refining | Distillation, stripping, and fractionation columns |
Pharmaceutical Manufacturing | Solvent recovery, fine chemical distillation |
Chlor-Alkali Industry | Chlorine absorption, caustic concentration |
Air Pollution Control | Industrial gas scrubbers, VOC absorption |
Edible Oil Processing | Deodorization columns, fatty acid stripping |
Power Generation | Flue gas desulphurisation and wet scrubbing |
Water and Effluent Treatment | Stripping and aeration towers |
Specialty Chemicals | High purity separation and extraction columns |
We provide industry-specific packing recommendations based on operating temperature, chemical environment, and column hydraulics. Our team understands that each industry has different requirements and we tailor our technical advice accordingly.
Partitioned tower packing rings are ceramic rings with internal cross-walls or dividers inside the ring body. These partitions add extra surface area and improve liquid distribution compared to plain rings of the same size. The result is better mass transfer efficiency in the same column volume.
Most ceramic partitioned rings are made from porcelain or stoneware ceramic. These materials offer high chemical resistance, thermal stability up to 1000°C, and good mechanical strength. Alumina-based grades are available for applications requiring even higher temperature resistance.
Standard sizes range from 25 mm to 100 mm. The right size depends on the column diameter. As a rule, the column diameter should be at least 8 to 10 times the packing size. Our team recommends the best size based on your specific column dimensions and process flow rates.
In most applications, yes. Partitioned rings offer higher effective surface area, better liquid spreading, and lower pressure drop than plain Raschig rings of the same outer dimensions. For columns where improving efficiency matters, partitioned rings are the better choice without needing to change column dimensions or internals.
Yes. Partitioned rings are random packing and load into columns the same way as standard rings. No modifications to column internals, distributors, or support grids are typically needed. Many plants switch to partitioned rings during scheduled maintenance shutdowns.
They are widely used in sulphuric acid plants, fertilizer manufacturing, petrochemical refining, pharmaceutical solvent recovery, chlor-alkali production, and air pollution control. Any industry operating packed columns for distillation, absorption, or scrubbing can benefit from partitioned ring packing.
Wet loading is the standard method. The column is partially filled with water before adding the packing so pieces settle gently without breaking. Dry loading is also used for smaller columns. We provide a complete loading procedure document with every order.
With correct installation and normal operating conditions, ceramic partitioned rings typically last 5 to 10 years. Service life depends on operating temperature, chemical environment, and mechanical stress during loading and unloading cycles.
Every shipment includes a product data sheet, dimensional inspection report, crush strength certificate, pre-shipment inspection report, packing list, and commercial invoice. Third-party test reports and material conformity declarations are available on request for export orders.
Yes. We have in-house tooling capability for custom ring dimensions and partition geometry. If your column requires a non-standard size or a specific internal wall configuration, our engineering team can develop and produce it to your drawing or specification.
