Plate heat exchanger Manufacturer: Characteristics and working principle of food-grade plate heat exchangers

2020-08-12

Plate heat exchanger manufacturer: Food-grade plate heat exchangers are devices that provide heat. They play a crucial role in residential heating and industrial temperature control. So, what is its working principle? What problems can it easily cause? Below, I will introduce it to everyone.

Plate heat exchanger Manufacturer: Characteristics and working principle of food-grade plate heat exchangers

      Plate Heat Exchanger Manufacturer:Food-grade Plate Heat Exchangeris a device that provides heat. It plays a key role in residential heating and industrial temperature control. So, what is its working principle? What problems can it easily cause? Below, I will introduce it to everyone.

Food-grade Plate Heat ExchangerCharacteristics and Working Principle

1. Characteristics

      ① High efficiency and energy saving: The overall working efficiency is very high, more than three times higher than that of general shell-and-tube types.

      ② Compact structure: The structure is arranged closely with plates, occupying a small space area. It is much smaller than shell-and-tube heat exchangers under the same heat exchange area.

      ③ Easy to clean: After long-term operation, cleaning is definitely required. The equipment uses clamping plates for fixation, making disassembly convenient and the cleaning process simple.

      ④ Long service life: The plate material is made of stainless steel and titanium alloy plates, which can resist various acidic corrosion and are not easily aged.

      ⑤ Strong adaptability: The power can be changed by adding metal plates, making it suitable for various process requirements.

2. Working Principle

      Plate Heat Exchanger ManufacturerThe stainless steel metal plates of the food-grade plate heat exchanger are assembled in an inverted mode, forming a mesh contact point, allowing the fluid in the channel to become a mesh fluid. This enables the fluid to flow from one end to the other, forming a unidirectional circulation loop, or alternatively, forming diagonal flow in reverse, to achieve the purpose of heat transfer.