Titanium heat exchanger is easy to clean and disassemble

Titanium heat exchangers are a series of corrugated metal plates stacked from various plates to form thin rectangular channels that exchange heat with half the flow resistance and pumping power compared to normal tubes. Under the same consumption conditions, the heat transfer coefficient of shell heat exchangers is much higher than that of shell heat exchangers, and there is a tendency to replace shell and tube heat exchangers in applicable scales. Titanium plate heat exchangers, commonly used materials for heat exchanger industrial plates mainly include austenitic stainless steel, titanium titanium alloy, nickel-nickel alloy cold rolled plate industrial pure titanium 127 plate heat exchanger, industrial titanium 276 and Ti-0.3Mo-0.8 Ni345 Used to build plate heat exchangers with tubular heat exchangers and TA1 titanium plates. Compared with tubular heat exchangers, it has many advantages and has a strong competitive advantage in the market. It is mainly used in chemical industry, petroleum, ships, and seawater desalination. Wait for hot-swappable systems.
Plate heat exchangers have the following unique features in design:
(1) Energy saving: The heat transfer coefficient is 3000~4500 kcal/square meter? ℃? H, shell heat exchanger has 3~5 times higher specific thermal efficiency.
(2) Compact and compact: The plate heat exchanger plates are precisely arranged. Compared with other types of heat exchangers, the characteristics of the plate titanium frame are that the heat exchanger occupies less space and has the same heat transfer area. The heat exchanger is only 1/5 of the shell and tube heat exchanger.
(3) Easy to clean and disassemble: The plate heat exchanger is clamped by the clamping plate and is easy to disassemble. It can be opened for cleaning at any time, and because the plate is smooth and the turbulence is deep, it is easy to scale.
(4) There is no row of liquid. The sealing groove of the plate heat exchanger is equipped with a discharge channel. Various media will not collude. Even if there is leakage, the media will always come out.
(5) Long service life: The plate heat exchanger is pressed with stainless steel or titanium plates, which can withstand various corrosive media. The gaskets can be replaced and can be easily disassembled and repaired.
(6) Strong adaptability: The plate heat exchanger plate is an independent component, and the process can be added or reduced according to the requirements. The conditions are diverse; it is suitable for various process requirements.
Basic structure of titanium plate heat exchanger: Titanium plate heat exchanger is mainly composed of frame and titanium plate 2. It is mainly made of a variety of materials. Various production models of different forms are pressed into different shapes (15260, -775.00 , -4.83%) The gasket is used to seal the periphery and corners of the medium flow plate through the fixed compression plate. The movement of the frame, pressure plate, upper and lower guide rods and clamping bolts constitutes a plate heat exchanger. It is a fixed pressure plate superimposed in the plate, and an intermediate pressure plate. Clamping bolts are then used to clamp the MSF unit with the largest production volume, with a focus on 36,000 tons/day. The installation of Italian titanium plate heat exchanger is an efficient, compact and tight heat transfer device. It has been developed as a continuous low temperature sterilizer since the 1980s. By the 1920s, there were some special features in the construction and application of titanium plate heat exchangers suitable for the food industry. Therefore, plate heat exchangers have been widely used in petroleum, chemical industry, light industry, electric power, smelting metals, machinery, In energy and other industrial fields, as a highly competitive species in China's heat exchanger family, plate heat exchangers began to be produced in the 1960s. So far, plate heat exchangers in many areas of China have been widely used. Titanium alloys are With the recent rise of promising metal materials, transfers made of titanium alloys have good corrosion resistance, high heat transfer efficiency, smooth appearance without scales, small proportions, high strength, small equipment size, small mass and unique, widespread It is used in aviation, aerospace research, marine engineering, petroleum, chemical industry, metallurgy, electronics and other industries, medical care, food spectrometer and other fields.