Dn200 * 200 Mm Height Distillation Packing 250y Structured 304 In Tube Use

1. 250Y Structured Packing 304

One customer from Shandong customized this small piece of structured packing, DN200 diameter by 200mm height of 250Y type. She is going to use it in the tube to break the vortex.

2. 250Y Structured Packing 304 and other types' datasheet:

Structural dimension and characteristic parameters of stainless steel orifice corrugated packing.

Note: The influence of opening rate on the plate is not calculated

3. Yuanqiao Distillation Packing Factory

Yuanqiao has years of engineering experience with a variety of structured column packings in different industrial applications. Moreover, we have frequent co-operations with famous universities and technical engineering companies in China.

Resulting from these valuable assets, we have produced range of structured packings suitable for engineering systems that provide optimum column performance.

Hualai structured packing uses the industry standard corrugated perforated and embossed sheet metal design to provide efficient vapour-liquid contact. The style of the embossed surface has been optimised to provide maximum wetability and numerous perforations enhance cross mixing of the process fluids. Type Y has a crimp angle of 45° and type X 30°. Suitable liquid irrigation range from below 0.5 up to 200 m3/m2.hr.

4. 250Y Structured Packing 304 History.

Structured packing was first introduced to the market in 20^th century. Its distinct performance advantages became clear very quickly and lead it to transform the mass transfer market after then. It is now the preferred packing for many applications.

Hualai’s structured packing is formed from vertical sheets of corrugated metal with the angle of the corrugations reversed in adjacent sheets to form a very open structure with inclined flow channels. To simplify installation, it is delivered in preformed segments that are sized to fit through the vessel manways. A high surface area will only provide efficient mass transfer if it is effectively used to increase vapour-liquid contact. So a variety of surface enhancements are employed to promote liquid spreading over the packing surface. The low resistance to vapour flow together with efficient use of available surface tends to give structured packings significant performance advantages over random packings in high vapour rate/low liquid rate systems. SS304, SS316L, others as per order.