Table Of Contents
Kilowatt per meter-kelvin to watt per centimeter-degree Celsius Conversion
1 kilowatt per meter-kelvin (kW/m⋅K) is equal to 10 watt per centimeter-degree Celsius (W/cm⋅°C).
1 kW/m⋅K = 10 W/cm⋅°C
or
1 W/cm⋅°C = 0.1 kW/m⋅K
Formula
To convert a thermal conductivity from kilowatt per meter-kelvin (kW/m⋅K) to watt per centimeter-degree Celsius (W/cm⋅°C), multiply the thermal conductivity in kilowatt per meter-kelvin by 10
t(W/cm⋅°C) = t(kW/m⋅K) × 10
Examples:
Convert 100 kilowatt per meter-kelvin to watt per centimeter-degree Celsius:
t(W/cm⋅°C) = 100kW/m⋅K × 10 = 1000 W/cm⋅°C
Conversion table
| Kilowatt per meter-kelvin (kW/m⋅K) | Watt per centimeter-degree Celsius (W/cm⋅°C) |
|---|---|
| 1 kW/m⋅K | 10 W/cm⋅°C |
| 2 kW/m⋅K | 20 W/cm⋅°C |
| 3 kW/m⋅K | 30 W/cm⋅°C |
| 5 kW/m⋅K | 50 W/cm⋅°C |
| 10 kW/m⋅K | 100 W/cm⋅°C |
| 20 kW/m⋅K | 200 W/cm⋅°C |
| 25 kW/m⋅K | 250 W/cm⋅°C |
| 50 kW/m⋅K | 500 W/cm⋅°C |
| 100 kW/m⋅K | 1000 W/cm⋅°C |
| 250 kW/m⋅K | 2500 W/cm⋅°C |
| 500 kW/m⋅K | 5000 W/cm⋅°C |
| 1000 kW/m⋅K | 10000 W/cm⋅°C |
| Watt per centimeter-degree Celsius (W/cm⋅°C) | Kilowatt per meter-kelvin (kW/m⋅K) |
|---|---|
| 1 W/cm⋅°C | 0.1 kW/m⋅K |
| 2 W/cm⋅°C | 0.2 kW/m⋅K |
| 3 W/cm⋅°C | 0.3 kW/m⋅K |
| 5 W/cm⋅°C | 0.5 kW/m⋅K |
| 10 W/cm⋅°C | 1 kW/m⋅K |
| 20 W/cm⋅°C | 2 kW/m⋅K |
| 25 W/cm⋅°C | 2.5 kW/m⋅K |
| 50 W/cm⋅°C | 5 kW/m⋅K |
| 100 W/cm⋅°C | 10 kW/m⋅K |
| 250 W/cm⋅°C | 25 kW/m⋅K |
| 500 W/cm⋅°C | 50 kW/m⋅K |
| 1000 W/cm⋅°C | 100 kW/m⋅K |
Frequently asked questions
How do I convert kilowatt per meter-kelvin to watt per centimeter-degree Celsius?
Multiply the value in kilowatt per meter-kelvin by 10 to get the result in watt per centimeter-degree Celsius. For example, 5 kW/m⋅K × 10 = 50 W/cm⋅°C.
How many watt per centimeter-degree Celsius are in 1 kilowatt per meter-kelvin?
1 kilowatt per meter-kelvin (kW/m⋅K) is equal to 10 watt per centimeter-degree Celsius (W/cm⋅°C).
How do I convert watt per centimeter-degree Celsius back to kilowatt per meter-kelvin?
Use the inverse operation: divide the value in watt per centimeter-degree Celsius by 10 to get the result in kilowatt per meter-kelvin.
How accurate is the kilowatt per meter-kelvin to watt per centimeter-degree Celsius conversion?
The converter multiplies by the conversion factor 10 and rounds the result to 9 decimal places by default. You can increase or reduce the precision with the digits option on this page.
Sources
Conversion factors are based on internationally recognised standards: