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Zhongci - Metal Raschig Ring Tower Packing
Metal Raschig ring is one of MTE metal random packing products, and it is also the oldest type of chemical packing. Invented and designed by Friedrich Raschig and patented in 1914. It is a simple cylindrical tube with the same height and diameter. And provide a large surface area within the column volume for the interaction between the liquid and the gas or vapor. The shape is very simple. It has the characteristics of thin wall, heat resistance, high free volume, high capacity, low resistance, high separation efficiency, etc. As a mass transfer medium, it is widely used as a packed bed in towers in distillation and other chemical engineering processes.
Metal raschig ring in 1914 by F. Raschig developed. It was one of the first was invented by a fixed geometry of the bulk packing. Its simple shape, height and diameter of the same size. metal raschig ring is widely used in many areas.
Metal raschig ring can be a variety of materials, such as carbon steel, stainless steel 304, 304L, 410, 316, 316 L, etc. to choose from.
Metal raschig ring is a kind of raschig ring packing. It has equivalent diameter and height. This type raschig ring is mainly made from carbon steel or stainless. Other materials can be customized according to your needs. Due to its large flux and low resistance, metal raschig ring performs well in gas-liquid distribution. Compared with plastic raschig ring, metal raschig ring has higher strength and better stiffness. Although metal raschig ring has the same shape as metal pall ring, the latter`s mass transfer efficiency and handling capacity are much better.
Metal raschig ring has high crushing strength, good acid resistance and low operating cost. It is suitable for various mass transfer applications, such as gas processing, heat transfer and catalyst support. Metal raschig ring is extensively used in refineries, petrochemical industries, combustion plants and chemical industries.
- Simple structure.
- Large flux.
- Large void rate.
- High crushing strength.
- Good acid resistance.
- Wide mass transfer applications.
- Cost-effective.
- Used in petrochemical engineering for catalyst support.
- Used in water treatment for separation and desorption.
- Used in petrochemical industry for distillation and extraction.
- Applied in refineries, petrochemical industries, combustion plants and chemical industries.
- Applied in gas processing and heat transfer applications.
- Applied in deethanizer, demethanizers and quench towers.