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PVDF structured packing is an excellent choice for various separation processes, offering high efficiency, durability, and resistance to harsh chemicals. Its design and material properties make it suitable for applications in distillation, absorption, and stripping, enhancing overall process performance.
Metal Structured Packing was invented by Swiss Sulzer in 1977. They called Mellapak. It is formed from thin corrugated metallic plates, which plates has 4 mm pore, and uniform geometry arranged and neatly piled in the tower. Plate pore promotes liquid’s Radial dispersion and horizontal mixing.
Metal Corrugated-Plate Packing is designed to enhance mass transfer efficiency in industrial separation processes like distillation, absorption, and extraction. Its corrugated metal structure increases surface area, allowing for better gas-liquid contact and reduced pressure drop. Widely used in chemical plants, it ensures durable, energy-efficient separation.
The earliest Metal Corrugated-plate packing was invented by Swiss Sulzer in 1977. They called Mellapak. It is formed from thin corrugated metallic plates, which plates has 4 mm pore, and uniform geometry arranged and neatly piled in the tower. Plate pore promotes liquid’s Radial dispersion and horizontal mixing. Plate’s Groove texture also improves liquid’s distribution and wettability.Since then, Structured packing’s apply, design, manufacture was widely promoted by many companies. Such as Swiss Kuhni’s Rombopak, Germany Montz’s Montz-pak, American Norton’s Intalox Structure packing, Jaeger’s Max-pak, Raschig’s Ralu-pac and so on.
Plastic Corrugated-Plate Packing is designed to enhance gas-liquid contact in separation processes such as distillation and absorption. Its corrugated structure increases the surface area, improving mass transfer efficiency. Made from corrosion-resistant plastic, it is widely used in chemical plants and other industries for effective and energy-efficient separation.
Light Porcelain Ceramic Structured Packing the performance of all-porcelain pakcing is much better than that of light porcelain packing. Therefore, On the issue of choosing light porcelain or all porcelain packing, please consider the actual operation enviroment carefully. Generally speaking, Both of them are widely used in the processes of coking desulfurization,washing benzene,naphthalene and ammonia sulfuric acid drying,chemical fertilizer hot water saturation tower,electric power plant tricking water colling tower, absorbing tower and on. Light Porcelain Ceramic Structured Packing 
Metal Mesh Corrugated Structured Packing provides efficient separation, low pressure drop, and durability across various industrial applications.
Used in petroleum, coking, power generation, chemical fertilizer, synthetic ammonia and other coal chemical and fine chemical industries, in the gas purification process of desulfurization, washing, debenzene, de-washing ammonia, fine, absorption, drying, hair synthesis and other chemical processes The filler in the process is widely used in various water towers as a cool water filler.
FPRH desulfurization packing is made of synthetic plastic injection molding. The formula can be adjusted according to different working conditions to achieve the best effect. It completely replaces the light porcelain fillers commonly used before. The light porcelain has high water absorption, fragile, high resistance and small specific surface area. our invented Sculpture desulfurization packing can be used repeatedly, with large specific surface area and large ventilation capacity, and its effectiveness is twice that of light porcelain. Especially in the process of maintenance,the light porcelain filler becomes solid waste, indirectly increase processing cost of solid waste.However,FPRH desulfurization packing has fullly avoided this phenomenon happening. At the same time, it will regard as recycled-resource to secondary utilize.

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