SA179 Tubes

  Silicon carbide heat exchangers are used in chemical (pharmaceutical, pesticide, fine chemical, organic, inorganic) process systems for heat exchange of powerful corrosive media. Silicon carbide heat exchangers can tolerate highly corrosive mediums, including sulfuric acid, nitric acid, phosphoric acid, hydrobromic acid, hydrofluoric acid, sulfonic acid, strong alkalis, organic solvents, oxidizers, and other highly corrosive acids.    It is the only ceramic material that is not corroded by hydrofluoric acid, which is pressure free sintered silicon carbide. An ultra-large silicon carbide heat exchanger can withstand a vapour pressure of 16kg and a temperature of 210°C. It is made from double tube sheets, with the carbon steel tube sheets featuring high pressure and high temperature resistance. Other tube sheets use special carbon steel (PTFE reinforced carbon steel) to eliminate deformations caused by oversized PTFE sheets. Additionally, each silicon carbide tube is sealed with a l

  A water-to-air heat exchanger transfers heat from water to air. People often mistake these for car radiators. The hot water passes through copper tubes with metal fins attached. Tubes and fins are heated by circulating hot water from the boiler. To provide warmth, a blower fan turns on and blows air through the fins and tubes. Sa179tubes.com Is Leading Manufacturer of A179 Tube and SA179 Tubes Which Are Used in Water to Air Heat Exchanger.   Heat is effectively transferred from hot water to the air by a water-air heat exchanger. This type of heat exchanger is typically found in outdoor boiler applications when connecting a unit to an existing forced-air furnace. Condominiums and apartment buildings use heat to water exchangers for residential air conditioning, heating, and dehumidification. For Better Heat Transfer in Water to Air Heat Exchanger A179 Tube and SA 179 Tubes Are Important Elements In Heat Exchanger.   In forced air ducts, water-to-air heat exchangers are most comm