High Surface Area Orifice Corrugated Packaging , Structure Packing In Distillation

Mass Transfer Metal Tower Packing Structured Column Packing For Petrochemical ​
 
 
Product Description

Structured packing is a range of materials that are specially designed for use in distillation and absorption columns, as well as chemical reactors. They usually consist of thin corrugated metal plates or gauzes, designed to force fluids on complicated paths throughout the column. The design is intended to ultimately produce a large surface area for contact between different phases.

Structured packing is made from a variety of materials including corrugated sheets of perforated embossed metal, plastic, or wire gauze. The resulting product is an open honeycomb with inclined flow channels producing a high surface area coupled with a low gas flow resistance. Enhancements are often chosen to maximize liquid spreading which are ideal for applications with low pressure and irrigation rates.

 Product Specification

Product Features

• Low pressure drops
• Higher capacities
• Higher efficiencies
• Reduced liquid hold up
• Lower energy consumption

 Product Application

This series packing widely used in distillation, absorption, regeneration, heat trasfer, stripping, flash evaporation, mist collecting,

Isomer Separation, Flavours Factory, Fine Chemical,Testing Tower and improvement of tower etc.

Packing

Company Profile
 
1. Is your company a manufacturer or a trading company?
We are a manufacturer located in Anping County, China.
2. Do you have inport-export right?
Yes, we do. Our factory has been certificated as an import-export enterprise.
3. What is your payment mode?
30% in advance and 70% before delivery by T/T, WESTERN UNION, L/C or negotiated.
4. How about your packing?
We usually packed in plastic material inside and then wooden box outside.
5. How long is your delivery?
Usually 10-20 days after order confirmed, according the quantity ordered.
6. Is it sample available?
Yes, small pieces of sample are available in our company.