Plate Condenser

The plate condenser based on the semi-welding technique consists of special plate pack and gaskets. The cooling medium is warmed up in a channel with a gasket, and the steam is condensed in the weld channel. The steam has a large inlet and a small condensate outlet.

The plate condenser is primarily used in conjunction with a plate evaporator as a condensation of vapor / Gas in an evaporation or distillation system. For example, the condensation of steam in the syrup 3-effect evaporation system, the condensation of steam in the juice 3-effect evaporation system, and the condensation of steam in the multi-effect evaporation system of the ethanol concentration in the ethanol industry, and the like. The plate condenser is used in more and more condensation occasions due to its high heat exchange effect, low input cost and convenient maintenance operation.

• Different channel gap sizes of two side media for minimizing fouling • Compact welded structure for lowering equipment cost

Plate Evaporator

The plate evaporators are mainly based on the semi-welding technology of the rising-plate evaporator. The material evaporates in a channel with a seal, while the steam / heating medium condense in the welded channels. The solution is injected from the bottom of the plate. The product flows upward along the wall of the plate under the action of a large amount of instantaneous steam / heating media

Plate evaporator, or plate type evaporator is widely used in light industry, chemical industry, metallurgy, food, pharmaceutical, paper, environmental protection and other industries due to their high efficiency and energy saving. With high efficiency (the total transfer coefficient is 2-4 times of the tube evaporator), compact structure, convenient disassembly and cleaning, low liquid holding capacity, short time of materials at high temperature, etc., The plate evaporator is suitable for concentration of various materials., such as concentration in milk powder and condensed milk production, and concentration in juice, beverage, and pharmaceutical production.

• Higher O.H.T.C than shell and tube type evaporator, less heat transfer area
• Better fouling resistance, low retention for better production quality
• Easy for maintenance and expansion