About Installations in Ceramic Towers:

Ceramic tower installations are essential components utilised in various industrial processes to optimise material and heat transfer in tower columns. These installations are produced to increase efficiency, enhance separation processes and contribute to the overall performance of distillation, absorption and stripping procedures.

Our Portfolio of Ceramic Tower Installations:

Our diverse range of ceramic tower installations includes, among others:

Structured Packing: The structured packing is designed to provide an extensive surface area and a low pressure drop, thereby improving material exchange efficiency.

Random Packing: The fill packing, developed for versatility, supports effective mass and heat transfer and adapts to various column diameters.

Plates and Grids: Precision ceramic plates and grids improve liquid distribution and vapour flow in distillation columns.

Why should you choose our ceramic tower installations?

Performance and Efficiency: Our ceramic column installations are engineered to maximise mass and heat transfer. This approach leads to enhanced process efficacy and reduced energy consumption.

Durability and Resilience: Our ceramic tower installations are intended for use in harsh chemical environments. They provide a long service life and maintain consistent performance.

Customised Solutions: We offer tailored solutions for your specific tower configuration and process requirements, thereby ensuring optimal performance.

Applications of Ceramic Tower Installations:

Chemical Industry: Ceramic tower installations play a significant role in chemical processes such as distillation, absorption and stripping. They improve separation and purification outcomes.

Oil and Gas: These installations are employed in refineries and petrochemical processes to enhance fractionation and product quality.

Environmental Protection: Ceramic tower installations contribute to reducing environmental pollution by improving the efficiency of air and water treatment processes.