Stainless steel plate heat exchanger
First-class manufacturing equipment produces first-class products
Stainless steel plate heat exchanger product parameters
Introduction and use of plate:
Material | Application | ||
Stainless steel SUS304 SUS316L | Purified Water, River Water, Food Oil, Mineral Oil | ||
Ti tanium and Pal ladium | Seawater, brine, salts | ||
Hadtelloy Alloy | Concentrated sulfuric acid, hydrochloric acid and phosphoric acid | ||
Nickel | High Temperature and High Concentration Caustic Sodium |
Sealing gasket material and service condition:
Material | Application | Working Temperature | |
NBR | Water, seawater, mineral oil, brine | -15-130℃ | |
BNBR | High temperature mineral oil, high temperature water | 15-140℃ | |
EPDM | Hot water, steam, acid, alkali | -25-150℃ | |
Viton/Fluorine Rubber | Strong acid, alkali, mineral oil, grease and fuel oil, etc. | 5-200℃ | |
NEOPRENE | Acid, Alkali, Mineral Oil, Low Molecular Weight Lipids | 35-130℃ | |
Silicon Rubber | High temperature and some corrosive media | 65-200℃ | |
Why us?
Technical advantages and design philosophy:
* high heat transfer coefficient: the special corrugated design on the heat transfer plate can make the fluid generate strong turbulence at low flow rate. The self-cleaning effect of turbulence can prevent scaling, so that the heat transfer coefficient of the plate heat exchanger is 3-5 times that of the shell heat exchanger.
* economy: on the premise of the same heat exchange, compared with the shell type, it has the advantages of less investment, lower operating cost and lower maintenance cost.
* adjustment: just increase and decrease the printing plate to meet the needs of process change.
* compact structure: on the premise of the same heat transfer, the space occupied is only 1/2 to 1/3 of the shell type.
* easy to clean and repair.
* plate gaskets can be used in non-stick and lap form, which reduces operating and maintenance costs and facilitates maintenance.
