The Thermal Conductivity Converter tool is designed to help you convert between various thermal conductivity units. Whether you’re an engineer, scientist, or student, this tool will assist in your thermal calculations.
Below is a table with short descriptions of thermal conductivity units and their conversion values relative to watt/meter/K (W/(m*K)):
Unit Name | Symbol | Description | Conversion to W/(m*K) |
---|---|---|---|
Watt/meter/Kelvin | W/(m*K) | Standard SI unit for thermal conductivity. | 1 W/(m*K) = 1 W/(m*K) |
Watt/centimeter/°C | W/cm/°C | Common unit used in certain scientific fields. | 1 W/cm/°C = 100 W/(m*K) |
Kilowatt/meter/Kelvin | kW/(m*K) | Used in industrial applications. | 1 kW/(m*K) = 1000 W/(m*K) |
Calorie (IT)/second/cm/°C | cal(IT)/s/cm/°C | Used primarily in older scientific literature. | 1 cal(IT)/s/cm/°C = 418.68 W/(m*K) |
Calorie (th)/second/cm/°C | cal(th)/s/cm/°C | Thermal calorie unit for specific scientific fields. | 1 cal(th)/s/cm/°C = 418.4 W/(m*K) |
Kilocalorie (IT)/hour/meter/°C | kcal(IT)/h/m/°C | Used in older engineering contexts. | 1 kcal(IT)/h/m/°C = 1.163 W/(m*K) |
Kilocalorie (th)/hour/meter/°C | kcal(th)/h/m/°C | Similar to the IT unit, but slightly different. | 1 kcal(th)/h/m/°C = 1.162 W/(m*K) |
Btu (IT) inch/second/sq.foot/°F | Btu(IT) in/s/ft²/°F | Used in the US for thermal energy. | 1 Btu(IT) in/s/ft²/°F = 5.678 W/(m*K) |
Btu (th) inch/second/sq.foot/°F | Btu(th) in/s/ft²/°F | Thermal equivalent of Btu. | 1 Btu(th) in/s/ft²/°F = 5.678 W/(m*K) |
Btu (IT) foot/hour/sq.foot/°F | Btu(IT) ft/h/ft²/°F | Used in HVAC applications. | 1 Btu(IT) ft/h/ft²/°F = 0.048 W/(m*K) |
Btu (th) foot/hour/sq.foot/°F | Btu(th) ft/h/ft²/°F | Thermal equivalent in HVAC. | 1 Btu(th) ft/h/ft²/°F = 0.048 W/(m*K) |
Btu (IT) inch/hour/sq.foot/°F | Btu(IT) in/h/ft²/°F | Used in specialized thermal calculations. | 1 Btu(IT) in/h/ft²/°F = 0.012 W/(m*K) |
Btu (th) inch/hour/sq.foot/°F | Btu(th) in/h/ft²/°F | Thermal equivalent in specific contexts. | 1 Btu(th) in/h/ft²/°F = 0.012 W/(m*K) |
Q: Can I enter values with decimal points?
A: Yes, the tool supports both integer and floating-point numbers for precision.
Q: How accurate is the conversion?
A: The Thermal Conductivity Converter tool uses precise conversion factors to ensure high accuracy.
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