Random tower packing

History of Random packing
Envicon new Mc-Pac's ring of metal filler, a 30mm × 15mm and 65mm × 30mm These two dimensions.

According to the manufacturer introduced, with 50mm Ball ring compared to the larger models of efficiency 40%, 60% pressure drop reduction. Raschig's Raschig-Super-Ring plastic ring, in accordance with the company presentation, compared with 50mm plastic pall ring, its pressure loss reduced by 70%, the load capacity by 50%.

Lantc's Q-pacMetalHybridPacking (mixed packing), with a structured packing efficiency and capacity, there are random packing of the economy and versatility, can reduce the HETP (height equivalent to theoretical plate) 30%, and pressure loss reduced by 40 %. Lantc tower packing company IMPAC process, its mass transfer efficiency 30% higher than Intalox its excellent overall performance in the field of modern random packing thriving for precise separation, thermal and energy-saving material system is very beneficial.

Lantc cooling tower packing company IMPAC, has a good distribution of droplet dispersion and self-performance, each with up to 50,000 m3 of water droplets.

Compared with the existing packing efficiency can be increased by 40%, with 10 years of life, effectively reducing operating costs.

Lantc's LANPAC green tower packing, and packing the same size compared to the other, it can be more effective in reducing pressure drop and improve mass transfer efficiency, and field operations that are not blocked. Koch's K4GTM efficient packing, claiming to date from the Raschig Ring, Pall Ring is the second generation, the former packing a variety of other high-Bulk is the third generation, it is the first fourth-generation random packings, with more low pressure drop and very high separation capacity, the U.S. Energy Research Center, University of Texas test to prove its ability to be Bi Baoer ring by 15%, the company said is the most advanced one of the random packing. In addition, Japan's M-pak rings and Koch's K-pak rings.