Each group consists of two plates of different forms, the material enters from the middle of the lower end of the plate, and the steam-water mixture exits from the large-shaped port at the upper end of the plate; the steam enters from the small-shaped opening at the upper end of the plate, and the condensate flows out from the lower left and right openings. . Low resistance ripple for even distribution of medium, low resistance and high efficiency
The set of rising film evaporators has 4 plates and 4 channels between the plates. The material enters from the left and right openings at the lower end of the first channel (lifting film), and passes through the second channel from the upper end of the plate to the third channel. Out from the lower end of the generous mouth (falling film); the first and third channels are steam passages, steam enters from the side of the side of the plate, and the condensed water goes out from the lower end of the plate after heat exchange
Each group consists of two plates of different forms, the material enters from the left and right openings at the upper end of the plate, and the steam-water mixture exits from the middle of the lower end; the steam enters from the large mouth in the middle of the upper end of the plate, and the condensed water goes out from the lower end and the opening. The low-resistance corrugation is used to evenly distribute the medium, and the resistance is small and the efficiency is high.
The gap size of the heat exchanger channel is asymmetrical, the gap on the steam side is large, and the gap on the cooling water side is small. The result is a very low pressure drop on the steam side and a high flow rate and turbulence on the cooling water side. These maximize heat transfer efficiency and reduce fouling.
Ammonia walking welding channel, brine (aqueous solution of calcium chloride), and gasket passage, this structure not only ensures the sealing of the ammonia side channel, but also has the advantage of being detachable.
It consists of two plates, A and B. The A plate is straight corrugated and the B plate is horizontal corrugated. The A and B plates are arranged in the same way to form an asymmetrical flow path, and the width to narrow flow channel ratio is 1.88.
Plate heat exchangers are ideal for heat exchange between liquid-liquid and liquid-vapor. It has high thermal efficiency, small heat loss, compact and light structure, small footprint, Cleaning and convenient installation, wide application and long service life.
The all-welded plate heat exchanger has the advantages of light weight, high heat transfer coefficient, low resistance, difficulty in scaling, and large adaptability.
This plate has a special corrugation and is an asymmetrical flow path. Wide and narrow flow channel ratio of 2.6, flexible handling of hot and cold medium flow conditions
We only focus on the heat exchange field and are the leader in the energy saving industry. The company's MVR plate evaporation system won the first provincial and municipal first set of product honors; a number of patents won high-tech products, national high-tech enterprises, provincial engineering technology centers. Modern management system, ERP management software, from sales to production to shipment
Engaged in plate heat exchanger for 30 years
15 years from traditional heat exchanger to system engineering
60 sets of annual output system
Annual production of 5,000 units of stand-alone equipment
On April 16-19, 2019, Korea International Chemical Exhibition was held at the largest KINTEX Exhibition Center in Seoul. With the further expansion of the overseas market, Gaojie has made a grand debut with a variety of products such as plate heat exchangers, evaporators and MVR evaporation systems.View more >>
The company's products cover chemical, food, beverage, petrochemical, metallurgical, sugar alcohol, pharmaceutical, environmental protection, refrigeration and other industries. Customer performance has spread all over the country and won the praise of customers!