High surface area. Thermal stability up to 1400°C. Built for industrial pollution control and chemical processing.
Our Ceramic Honeycomb products are trusted by pollution control units, chemical plants, and exhaust treatment systems across India and globally. As a direct manufacturer and exporter based in Mandsaur, we supply consistent quality with full technical documentation and custom configuration options.
A honeycomb ceramic catalyst support is a structured ceramic block with hundreds of parallel channels running through it. These channels create a very large surface area inside a compact space. When coated with a catalyst, this structure allows chemical reactions to happen efficiently as gas or exhaust flows through the channels.
It is widely used in emission control systems, chemical reactors, and industrial furnaces where both heat resistance and catalytic performance are critical.
Our ceramic honeycomb structure is made from cordierite, mullite, or alumina, depending on the application. Each block is precision-formed with uniform cell density, smooth channel walls, and tight dimensional tolerances.
Who is this for?
This product is for engineers and procurement teams in:
Key problems it solves:
Step 1: Share Your Application Details Tell us the gas type, operating temperature, flow rate, cell density requirement, and dimensions. This helps us recommend the right material and configuration for your system.
Step 2: Technical Review and Product Recommendation Our ceramic engineer reviews your requirement and recommends the correct material grade, cell density, and geometry. You receive a technical proposal with drawings and pricing within 48 hours.
Step 3: Manufacturing to Your Specification Your order is extruded, dried, and fired in our kilns under controlled conditions. Each batch goes through quality checks for dimensional accuracy, crush strength, and cell uniformity.
Step 4: Quality Inspection and Packaging Finished blocks are individually wrapped and packed in foam-lined boxes to prevent chipping during transit. Test reports are prepared and included with the shipment.
Step 5: Delivery and Technical Support We ship to your facility with full documentation. Our technical team remains available for installation guidance, system integration advice, and any post-delivery queries.
Feature | Details |
Base material | Cordierite, mullite, alumina |
Cell density range | 25 cpsi to 400 cpsi |
Temperature limit | Up to 1400°C continuous |
Shape options | Square, circular, hexagonal, custom |
Wall thickness | 0.15 mm to 0.6 mm depending on density |
Porosity | 30% to 50% open porosity |
Chemical resistance | Resistant to SOx, NOx, and most industrial gases |
Quality standard | ISO 9001 compliant production |
Packaging | Foam-lined individual wrapping, export cartons |
Every order includes:
We are a dedicated manufacturer of honeycomb ceramic catalyst support with our own extrusion lines, kilns, and testing facility in Mandsaur. We do not source products from third parties and resell. Every block we supply is made in-house under direct quality control.
Expert on Our Team Our senior ceramic engineer, Years of hands-on experience in honeycomb ceramic design, extrusion process development, and catalyst substrate optimisation. He leads all technical reviews and quality audits across production batches.
What sets us apart:
Real Result from a Customer in Rajasthan: An industrial incinerator operator in Rajasthan replaced a foreign-supplied ceramic substrate with our cordierite honeycomb blocks rated at 200 cpsi. After installation, catalytic conversion efficiency improved by 18%, pressure drop across the system reduced by 15%, and the substrate showed zero cracking after 2 years of operation at temperatures exceeding 900°C.
Industry | Application |
Automotive and Transport | Catalytic converters, diesel particulate filters |
Industrial Pollution Control | VOC oxidation units, odor control systems |
Chemical Processing | Catalytic reactors, gas phase reaction systems |
Power Generation | SCR systems, boiler flue gas treatment |
Waste Incineration | High temperature oxidation catalyst beds |
Petrochemicals | Reforming reactors, hydrocarbon processing |
Pharmaceuticals | Solvent destruction, air emission control |
Ceramics and Glass | Regenerative thermal oxidizers (RTO) |
Steel and Metals | Fume extraction and thermal treatment |
Environmental Engineering | Air quality monitoring and remediation units |
Each industry has specific temperature ranges, gas compositions, and flow requirements. Our team provides application-specific material selection guidance for every order.
It is a structured ceramic block with hundreds of small parallel channels. When coated with a catalyst, gases passing through the channels react on the large internal surface. This design makes catalytic reactions faster and more efficient in a compact space.
The most common materials are cordierite, mullite, and alumina. Cordierite is preferred for lower temperature applications because of its low thermal expansion. Mullite and alumina are used for higher temperature and more chemically aggressive environments.
Lower cell density, such as 25 to 100 cpsi, gives less surface area but lower pressure drop. It is suitable for high-flow applications. Higher cell density, such as 200 to 400 cpsi, gives more surface area and better conversion but higher pressure drop. Our engineer can recommend the best option based on your flow rate and required conversion efficiency.
Yes. It is widely used in industrial pollution control for VOC destruction, selective catalytic reduction of NOx, and odor control. The high surface area and heat resistance make it ideal for high temperature emission control systems.
The catalyst is applied as a washcoat, which is a liquid slurry containing active catalytic materials like platinum, palladium, or base metal oxides. The honeycomb is dipped or sprayed, then dried and calcined. Our ceramic surface is designed to hold the washcoat firmly for long service life.
Cordierite has very low thermal expansion, making it resistant to thermal shock during rapid temperature changes. Mullite has higher mechanical strength and better chemical resistance at elevated temperatures. The choice depends on your operating conditions.
Yes. We manufacture square, circular, and hexagonal cross-sections in any dimension you require. Custom cell wall thickness and channel size are also available for specialised applications.
Standard sizes and material grades are available within 10 to 20 working days. Custom configurations may take 4 to 6 weeks. Sample pieces for testing can be dispatched within 5 to 7 working days.
Store in a dry location away from impact and vibration. Handle with foam or cloth padding to avoid chipping the edges and channel walls. Do not stack heavy objects on top of ceramic blocks. We include handling guidelines with every shipment.
Every shipment includes a product data sheet, dimensional inspection report, crush strength certificate, pre-shipment inspection report, and invoice. Third-party test reports and material conformity certificates are available on request for export orders.
