Reinforced double tube plate [steel lined F4 or steel lined PFA] SIC heat exchange
SIC tube heat exchanger, consisting of corrosion-resistant tube sheets and silicon carbide tubes, is the best solution for the most demanding corrosive conditions.
SIC tubular heat exchangers use heat-resistant tubes made of corrosion-resistant silicon carbide that are ideal for heating, cooling and condensing chemically corrosive process media. Typical applications include: bromine, sulfuric acid, hydrofluoric acid, nitric acid, hydrochloric acid and other acids; bases; halogenated compounds; salt solutions and organic compounds.
Reinforced double tube plate [steel lined F4 or steel lined PFA] SIC heat exchange
● Test each heat exchange tube under pressure of 185 Bar before installation
● Heat exchanger housing diameter range from DN100 to DN600
● The standard length of the heat exchange tube is 1000 to 3000mm
● Heat exchange area is 1 to 40 square
● Heat exchange tube diameter is 14mm and 19mm
● Horizontal or vertical installation
● steel lining F4 Applicable temperature range -19℃ to 120℃
● steel lining PFA Applicable temperature range -19℃ to 120℃
● Applicable pressure range -0.1Mpa to 0.6Mpa
● Comply with CE, ATEX, FDA
● Double tubeSheet deSign
It is possible to separate the process fluid and the service fluid with a separation chamber, so that in case of o-ring leaking no mix will occur between the two fluids.
![Reinforced double tube plate [steel lined F4 or steel lined PFA] SIC heat exchange](/uploads/2020/01/181644209176.jpg "Reinforced double tube plate [steel lined F4 or steel lined PFA] SIC heat exchange")
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Design requests of SIC |
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Device number |
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Jacket |
in side of heat exchanger |
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Fluid name / component |
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Total flow |
kg/h |
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Gas flow |
kg/h |
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Liquid flow |
kg/h |
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Non condensable material flow |
kg/h |
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Tempreture ( In / Out) |
°C |
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Freezing point / Boiling point |
°C |
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Density |
kg/m3 |
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Viscosity |
cP |
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Gas molecular weigh |
g/mol |
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Molecular weight of non condensates |
g/mol |
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Specific heat |
cal/g/k |
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Thermal conductivity |
kcal/m/K/h |
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latent heat |
kcal/kg |
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Inlet pressure (absolute pressure) |
Mpa |
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Current Speed |
m/s |
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Pressure drop |
bar |
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Fouling coefficient |
kcal/h/m2/°C |
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Heat exchange capacity |
kcal/h |
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Heat transfer coefficient(clean / dirty / service side) |
kcal/h/m2/°C |
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Corrected logarithmic mean temperature difference |
°C |
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Heat exchange area (required / provided) |
m2 |
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Equipment selection data |
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Design temperature |
°C |
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Design pressure |
barg |
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Test pressure |
barg |
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Process number |
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Inlet pipe diameter |
mm |
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Outlet pipe diameter |
mm |
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Material |
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Weight (empty / full water) |
kg |
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Installation method |
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SIC tubular heat exchangers use heat-resistant tubes made of corrosion-resistant silicon carbide that are ideal for heating, cooling and condensing chemically corrosive process media. Typical applications include: bromine, sulfuric acid, hydrofluoric acid, nitric acid, hydrochloric acid and other acids; bases; halogenated compounds; salt solutions and organic compounds.