Regenerative Ceramic

Regenerative ceramics are the core heat exchange medium in RTO and regenerative combustion systems, made from high-performance materials such as cordierite and mullite through high-temperature sintering. The product features a large specific surface area, low thermal conductivity, and excellent thermal shock resistance, maintaining structural stability under frequent thermal cycling. Its honeycomb or corrugated structural design ensures efficient heat storage and release while maintaining low airflow resistance. Individual ceramic pieces can be flexibly stacked in multiple layers to match different airflow and temperature requirements. It is primarily used in RTOs, regenerative burners, and high-temperature air combustion systems. Compared to metal heat exchangers, regenerative ceramics have higher temperature resistance (up to 1200℃ and above) and do not suffer from corrosion or oxidation. We also offer customized aperture sizes and material formulations to meet special operating conditions such as acidic gases or alkali metal environments, helping users improve system thermal efficiency and reduce long-term maintenance costs.

Honeycomb Regenerative Ceramic

Our Honeycomb Regenerative Ceramic is a high-performance core component specifically engineered for RTO (Regenerative Thermal Oxidizer) systems, the leading technology for industrial VOCs (Volatile Organic Compounds) treatment. Developed with advanced ceramic material formulation, precision extrusion molding, and high-temperature sintering technology (≥1300℃), this product features a regular honeycomb porous structure, integrating exceptional heat storage capacity, rapid heat transfer efficiency, and strong thermal shock resistance. It is designed to optimize the "heat storage-release-sweeping" cycle of RTO systems, maximizing heat recovery, reducing energy consumption, and ensuring stable VOCs destruction efficiency. Fully compliant with global environmental and industrial standards, including ISO 13823:2017, ISO 14001:2015, EU VOCs Emission Standards (EN 12619:2013, EN 15267:2014), and US EPA Methods 18 & 25a, it is widely applied in RTO systems for chemical, pharmaceutical, printing, coating, and petrochemical industries worldwide.

Plate-type Regenerative Ceramic

Our Plate-type Regenerative Ceramic is a high-performance, durable thermal storage and heat exchange material, specifically engineered for efficient energy recovery and temperature regulation in high-temperature industrial scenarios. As a core component in thermal storage systems, it adopts advanced ceramic material formulation and precision molding technology, integrating excellent heat storage capacity, rapid heat transfer efficiency, and strong thermal shock resistance. It is widely applied in industrial furnaces, regenerative thermal oxidizers (RTO), metallurgical equipment, and energy-saving systems, helping enterprises reduce energy consumption, lower carbon emissions, and achieve cost optimization while complying with global strict environmental and industrial standards, including ISO 13823:2017, ISO 21912:2021, and EU industrial energy efficiency regulations.