Toolydoo

Converter group

Heat Converters

Thermal Conductivity Converter

Result

... Btu (th) inch per hour square foot degree Fahrenheit = ... Kilowatt per meter kelvin

Find the units to convert

Btu (th) inch per hour square foot degree Fahrenheit to Kilowatt per meter kelvin Converter

Use this page to convert btu (th) inch per hour square foot degree fahrenheit values into kilowatt per meter kelvin, with background details, formulas, a worked example, and a quick conversion table.

Conversion formula

1 Btu (th)*in/(h*ft^2*deg F) = 0.000144131433793866 kW/(m*K)

1 kW/(m*K) = 6,938.11178920332 Btu (th)*in/(h*ft^2*deg F)

Example: 0.25 Btu (th)*in/(h*ft^2*deg F) = 0.0000360328584484665 kW/(m*K)

Jump to another pair

Watt per meter kelvin to Watt per centimeter degree CelsiusWatt per meter kelvin to Kilowatt per meter kelvinWatt per meter kelvin to Calorie (IT) per second centimeter degree CelsiusWatt per meter kelvin to Calorie (th) per second centimeter degree CelsiusWatt per centimeter degree Celsius to Watt per meter kelvinWatt per centimeter degree Celsius to Kilowatt per meter kelvinWatt per centimeter degree Celsius to Calorie (IT) per second centimeter degree CelsiusWatt per centimeter degree Celsius to Calorie (th) per second centimeter degree CelsiusKilowatt per meter kelvin to Watt per meter kelvinKilowatt per meter kelvin to Watt per centimeter degree Celsius

Btu (th) inch per hour square foot degree Fahrenheit

One Btu (th) inch per hour square foot degree Fahrenheit is equal to 0.144131433793866 watts per meter kelvin.

History: The thermochemical version supports legacy tables with alternate Btu definitions.

Current use: This unit is mainly useful when matching older or highly specific source data.

Also written as Btu (th)*in/(h*ft^2*deg F).

Kilowatt per meter kelvin

One kilowatt per meter kelvin is equal to 1000 watts per meter kelvin.

History: Kilowatt scaling follows the SI prefix system for high-conductivity materials or large heat-flow values.

Current use: It is used when thermal conductivity values are easier to read in thousands of watts per meter kelvin.

Also written as kW/(m*K).

Btu (th) inch per hour square foot degree Fahrenheit to Kilowatt per meter kelvin table

Btu (th) inch per hour square foot degree Fahrenheit [Btu (th)*in/(h*ft^2*deg F)]Kilowatt per meter kelvin [kW/(m*K)]
0.01 Btu (th)*in/(h*ft^2*deg F)0.00000144131433793866 kW/(m*K)
0.1 Btu (th)*in/(h*ft^2*deg F)0.0000144131433793866 kW/(m*K)
1 Btu (th)*in/(h*ft^2*deg F)0.000144131433793866 kW/(m*K)
2 Btu (th)*in/(h*ft^2*deg F)0.000288262867587732 kW/(m*K)
5 Btu (th)*in/(h*ft^2*deg F)0.00072065716896933 kW/(m*K)
10 Btu (th)*in/(h*ft^2*deg F)0.00144131433793866 kW/(m*K)
20 Btu (th)*in/(h*ft^2*deg F)0.00288262867587732 kW/(m*K)
50 Btu (th)*in/(h*ft^2*deg F)0.0072065716896933 kW/(m*K)
100 Btu (th)*in/(h*ft^2*deg F)0.0144131433793866 kW/(m*K)