Q-Pack is a high-performance packing designed for enhanced mass transfer and separation efficiency. It improves process reliability and reduces operational costs in industrial applications.
The Metal Flat Ring is designed for superior mass transfer efficiency in industrial applications. Its flat design ensures optimal liquid distribution and flow dynamics, improving performance and reducing maintenance costs.
Lanpac is a high-performance plastic random packing that optimizes mass transfer, enhances energy efficiency, and provides exceptional durability, making it a trusted solution for chemical industries worldwide.
Maximize efficiency with Plastic Flat Ring Tower Packing, designed for high performance and durability in diverse industries.
Plastic Tri-Pack ensures reliable performance with enhanced liquid-gas flow, suitable for various industrial applications.
Designed for efficiency, durability, and precise reaction control, Metal Bubble Caps are the best choice for optimizing chemical reactors in demanding environments.
The Plastic Jet Ring Random Packing is an advanced innovation in tower packing technology, designed to enhance liquid-gas interaction and improve mass transfer efficiency. By improving the traditional Pall Ring Packing with ribbed extensions and open cone structures, this product creates strong turbulence, ideal for high-performance applications in chemical reactors and distillation columns.
High Performance Plastic Random Packing, also known as Plastic Pall Ring, is a revolutionary solution in mass transfer technology. Developed by BASF, it features innovative inward ligules that enhance liquid-gas interaction, making it an ideal choice for various industrial processes such as distillation, absorption, and separation. Designed for durability and efficiency, it ensures cost savings while maximizing performance in chemical and petrochemical industries.
Hump Support Plate is a vital component used in distillation columns and separation towers to support structured packing materials. It improves stability, fluid distribution, and separation efficiency, making it ideal for chemical plants and refineries.