Acceptance of regularly packed packing in the tower

The use of structured packing is designed in advance, so there is no need for on-site verification to confirm that the structured packing is satisfactory. There are many fields for regular packing gland covers, which can be divided into metal and non-metal types. For non-metallic materials, it is necessary to check whether the material matches what is specified in the contract; with metallic materials, it is generally not possible to detect any issues with the material, as long as the installation is done properly on site.

On-site inspection of the packaging’s appearance, geometric dimensions, etc., and verification of the consistency between the certificates and the design technical requirements, etc.

I don’t know what type of structured packing you have. I know there is a standard for the HG21599 stainless steel corrugated packing.

There are standards for all of this. 1 Test the material by using a spectrometer for an on-site examination; generally, material suppliers don’t try to cheat. The inspection of type 2 structured packing focuses on whether the height of the discs and their diameter meet the requirements specified in the contract. 3. Measure the integrity of the packed filler and its flatness; testing these aspects is quite important. It is essential to check the peak height and wavelength of the filler – these are the most critical factors. For orifice plate corrugated fillers, it is also necessary to check whether the opening rate meets the standards. In short, everything becomes simple once you are familiar with the standards; it’s also quite important to find a reliable manufacturer of packing components. Finally, as a promotional note: if you need anything, feel free to contact me via private message. I’m quite knowledgeable about packing components

Check and accept the material, specifications, dimensions, and appearance in accordance with the technical agreement; the key is to ensure proper control during installation