Titanium heat exchanger manufacturers overview titanium heat exchanger structure

Titanium heat exchanger is a series of corrugated metal sheets with a certain shape stacked into a new high-efficiency heat exchanger between the various plates to form a thin rectangular channel, through the process of half a piece of heat exchange it with the conventional shell and tube heat exchanger, compared to the same flow resistance and pump power consumption, its heat transfer coefficient to be much higher in the scale of application instead of shell and tube heat exchanger tendency. Titanium plate heat exchanger, heat exchanger industry plate commonly used materials are mainly austenitic stainless steel, titanium and titanium alloys, nickel and nickel alloys such as cold rolled sheet industrial pure titanium 127 for plate heat exchanger, industrial pure titanium 276 and Ti-0.3Mo-0.8Ni345 for tube heat exchanger plate heat exchanger with TA1 titanium plate to create a plate heat exchanger, compared to the tube heat exchanger has a lot of strengths in the market has a very strong Competitiveness, mainly used in chemical industry, petroleum, ships, desalination and other heat exchange system.
 Plate heat exchanger has the following unique features in its design:

  (1)High efficiency and energy saving: its heat exchange coefficient is 3000~4500 kcal/m2?℃?h, which is 3~5 times higher than the thermal efficiency of shell and tube heat exchanger.

  (2) compact and close: plate heat exchanger plate precision arrangement, compared with other types of heat exchangers, plate pure titanium mirror frame what are the characteristics of the heat exchanger covers an area and occupies less space, the same heat transfer energy plate heat exchanger area is only shell and tube heat exchanger 1/5.

  (3) easy to clean and disassemble convenient: plate heat exchanger by clamping bolts clamping plate plate sheet clamping, so disassembly convenient, any time you can open the cleaning, at the same time because the plate surface is smooth, turbulence deep, not easy to scale.

  (4) do not string liquid, plate heat exchanger sealing groove set drain channel, a variety of media will not string, even if the emergence of leaks, the media is always discharged outward.

  (5) long service life: plate heat exchanger using stainless steel or titanium alloy plate pressing, can withstand a variety of corrosive media, rubber gasket can be changed at will, and can be easily disassembled for maintenance.

  (6) adaptability: plate heat exchanger plate for self-reliant components, according to the requirements of the process of increasing or decreasing at will, a variety of situations; can be applied to a variety of different process requirements.

  Titanium plate heat exchanger basic structure: titanium plate heat exchanger mainly by the framework and titanium plate 2 most of the composition of the plate is made of a variety of materials made of thin plate with a variety of different situations in the production of models pressed into the shape of the other corrugated, and in the plate 4 corners of the corner of the corner holes for the media flow path plate periphery and the corner holes with rubber (15260, -775.00, -4.83%) gaskets to be sealed frame By the fixed compression plate, when the compression plate, the upper and lower guide rods and clamping bolts and other components of the plate heat exchanger is the plate to stack the situation in the fixed compression plate, when the compression plate in the middle of the plate, and then clamped with the clamping bolts and become.

  Stand-alone volume of the large MSF device is produced, the force of 36000t / d, installed in Italy titanium plate heat exchanger is a highly efficient, compact and close heat transfer equipment, the 1880s was first developed as a continuous low-temperature sterilizer successful, to the 1920s began to be applied to the food industry because of titanium plate heat exchanger in the building and application have some peculiarities, therefore, the current plate heat exchanger has been widely used in petroleum, oil, and other industries, such as the oil industry. Heat exchanger has been widely used in petroleum, chemical, light industry, electric power, smelting metals, machinery, energy and other industrial categories, become a heat exchanger family of highly competitive varieties of China's production of plate heat exchanger from the 1960s until now plate heat exchanger in many areas of our country have suffered from a wide range of applications of titanium and titanium alloy is a recent rise of promising metal materials, titanium heat exchanger with the production of With good corrosion resistance, high heat transfer efficiency, smooth appearance without scale layer, small specific gravity, high strength, equipment volume and quality of small and other unique features, widely used in aviation, research and development, ocean engineering, petroleum, chemical industry, smelting metals, electronics, medical drugs and health, food processing, spectroscopy instrumentation and other categories.