Working condition production line with large particle? Wide channel plate heat exchanger can be perfectly solved

Wide channel plate heat exchanger not only has the advantages of high heat transfer efficiency and compact structure of ordinary plate heat exchanger, but also has been widely praised in special working conditions such as viscous medium and solid particle (big particle) medium by virtue of its unique characteristics of deep ripples.

However, in this special condition, before the wide channel plate heat exchanger was developed, shell and tube heat exchangers were mostly used in the working condition of large particles. Although its circulation section was wide and it was easy to clean and scale formation, its heat transfer coefficient was low and the area occupied was large. The wide channel plate heat exchanger not only solves the scaling problem perfectly, but also improves the heat transfer efficiency.

Wide passage of the plate heat exchanger "big groove depth is very reflect heat exchanger manufacturers of technical strength, Ruipute production plate width can reach 6-12 mm corrugated shape, unique many companies more than 10 mm is difficult to achieve, seems to be 2 mm gap on technology to examine: thick plate of raw materials is enough, whether board piece mold precision, stretching is uniform, pressure machine can achieve the real effective pressure, operating workers are experienced and so on.

Qingdao Ruipute has been working in the plate heat exchanger industry for 13 years, and has a team of senior engineers with nearly 20 years of industry experience, which ensures the synchronous technology upgrading with Alfa Laval and GEA, breaks through the difficulties in the industry, and carries out the technical assessment of operators regularly. The wide channel plate heat exchanger produced by Rupert ensures that the plate clearance channel is smooth, the fluid flows smoothly and the channel is not blocked. The wide channel plate heat exchanger produced by Ruipute has been widely used in waste water heat recovery, sugar making, paper making, textile and other industrial fields such as food and juice.