The titanium heat exchanger is a series of corrugated metal plates that form a thin rectangular channel from a new type of efficient heat exchanger between the various plates. Through half of the heat exchange, the flow resistance and pump power In the same case, the heat transfer coefficient of the shell heat exchanger is much higher than that of the shell heat exchanger, and there is a tendency to replace the shell and tube heat exchanger in the applicable scale. Titanium plate heat exchanger, heat exchanger Industrial board commonly used materials are 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 It is used in the field of chemical industry, Such as hot-swap system.
Plate heat exchangers in the design has the following unique features:
(1) energy saving: heat transfer coefficient of 3000 ~ 4500 kcal / square meter? ° C H, shell heat exchanger than the thermal efficiency of 3 to 5 times higher.
(2) compact and compact: plate heat exchanger board precision layout,Titanium compared with other types of heat exchanger, plate titanium frame is characterized by what characteristics of the heat exchanger covers an area of small, small space, the same heat transfer area plate The heat exchanger is only 1/5 of the shell and tube heat exchanger.
(3) easy to clean and easy to disassemble: plate heat exchanger clamping clamp clamping, easy to remove, open at any time cleaning, and because the plate is smooth, turbulent deep, Titanium easy to scale.
(4) there is no row of liquid, plate heat exchanger seal slot to set the discharge channel, a variety of media will not conspiracy, even if leakage leak, the media is always out.
(5) long life: plate heat exchanger with stainless steel or titanium plate to suppress, can withstand a variety of corrosive media, gasket can be heart, and easy to disassemble and repair.
(6) strong adaptability: plate heat exchanger plate for the self-components, according to the requirements to increase or decrease the process, the situation is diverse; Titanium for a variety of different process requirements.
Titanium plate heat exchanger basic structure: titanium plate heat exchanger mainly by the frame and titanium plate 2, mainly made of a variety of materials, different forms of different forms of production model pressed into different shapes (15260, -775.00 , -4.83%) Gaskets are used to seal the media through the fixed plate and the corners of the flow plate, the press plate, the upper and lower guide rods and the clamping bolt. Titanium The plate heat exchanger is a fixed plate, intermediate plate, And then clamp with a clamping bolt
Production of single largest volume of MSF units, with a focus of 36,000 tons / day. The installation of the Italian titanium plate heat exchanger is an efficient, compact and compact heat transfer device. Since the 1980s, it has been developed as a continuous cryogenic sterilizer. To the 20th century, Titanium 20 years began to apply to the food industry Titanium plate heat exchanger construction and application of some special, so the current plate heat exchanger has been widely used in petroleum, chemical, light industry, power, metallurgical metals, machinery, Energy and other industrial fields, as China's heat exchanger family in a very competitive species, the sixties began production of plate heaters in the sixties of the sixties, so far in many parts of China's plate heat exchanger has been widely used titanium titanium alloy is Recently, the rise of promising metal materials, Titanium titanium alloy transfer has a good corrosion resistance, high heat transfer efficiency, smooth appearance without scales, small proportion, high strength, small size, small and unique, wide Used in aviation, aerospace research, Titanium marine engineering, petroleum, chemical, metallurgy, electronics and other industries ics, health care, food and spectrometer and other fields.