About Tower Internals:

Tower internals are components used in various industrial processes to optimise mass and heat transfer in tower columns. They enhance separation performance.

They promote effective contact between gas and liquid phases and contribute to overall process efficiency in distillation, absorption and stripping.

Our Portfolio of Tower Internals:

We offer a range of tower internals designed to meet specific process requirements:

Internals in Metal Towers: Our metal tower internals, manufactured from high-quality metals, deliver mechanical strength and resistance to corrosion. One may select from options including disordered metal packings, trays and grids, which enhance process performance.

Tower Internals Made of Plastics: Tower internals in our plastic towers present corrosion resistance and versatility. Options including structured packings, random packings and trays deliver efficient mass and heat transfer within columns.

Ceramic Tower Internals: Ceramic tower internals offer a combination of durability and thermal stability. Structured packings, random packings and trays enhance separation performance.

Why Choose Our Tower Internals?

Efficiency and Performance: Our tower internals are designed to maximise mass and heat transfer, leading to improved process efficiency and reduced energy consumption.

Versatility: Our range ensures that you find the appropriate internals for your specific tower configuration and process requirements.

Customisable Solutions: We offer tailored solutions for each industry and application, thereby ensuring proper integration with operational systems.

Applications of Tower Internals:

Chemical Industry: Tower internals are critical in chemical processes such as distillation, absorption and stripping, thereby improving separation and purification.

Petrochemicals: These internals contribute to refining processes by enhancing product quality and fractionation.

Environmental Protection: Tower internals contribute to controlling environmental pollution by increasing the efficiency of air and water treatment processes.