SPECIFIC HEAT WORKSPACE

Specific Heat Capacity Converter

Convert specific heat capacity among joule, kilojoule, thermochemical calorie, kilocalorie, and BTU IT mass-temperature conventions.

Reviewed reference factorsValues stay in this browser tabProperty conversion only; heat input, phase change, temperature dependence, mass, and total heat capacity are not inferred.

Conversion input

Convert a known specific heat capacity

Enter the material property from a traceable source and select its full energy-per-mass-per-temperature-interval convention.

Find a unit6 / 6

Filter by unit name, symbol, or code. Your current selections remain available.

Known value0 / 80

Enter a non-negative specific heat value and retain material phase, temperature range, pressure, and basis.

Convert from

Choose the unit attached to the value you entered.

Convert to

Choose the unit required for your report, estimate, or comparison.

Displayed precision

Choose the maximum decimal places shown. This does not increase source accuracy.

Conversion runs locally after the active reference catalogue loads.

Conversion result

Your checked conversion appears here

Load the reviewed example or enter a value to compare every available specific heat capacity unit.

What this tool delivers

Specific Heat Capacity conversion contract

The workspace changes units for a mass-specific property and does not calculate heat from a process temperature change.

What it converts

Converts six specific-heat conventions through joules per kilogram kelvin.

What you provide

A known material value, exact source convention, destination unit, state conditions, and display precision.

What you receive

A selected property equivalent, SI factor path, full table, and CSV export.

Calculation method

How energy, mass, and temperature intervals share one SI basis

The factor converts energy to joules and mass to kilograms while preserving temperature-interval size. Kelvin and degree Celsius intervals are equal in magnitude; calorie and BTU entries remain explicitly tied to their thermochemical or IT conventions.

Review the NIST specific-heat conversion factors

Quick answers

Specific Heat Capacity Converter questions

Why are J per gram kelvin and kJ per kilogram kelvin numerically equal?

A joule per gram kelvin and a kilojoule per kilogram kelvin use prefixes that scale energy and mass by the same factor. Their numeric values therefore match, even though their written units differ. The converter still retains both labels so values can match the notation required by a source or report.

Is a kelvin interval different from a degree Celsius interval here?

For temperature differences, one kelvin and one degree Celsius have the same size. Their zero points differ for absolute temperatures, but specific heat uses an interval in the denominator. This conversion therefore needs no affine offset. Do not apply that reasoning when converting an absolute temperature reading between scales.

Can this calculate the heat needed to warm a material?

Not by itself. A simple sensible-heat estimate also requires mass and temperature change, plus a specific heat appropriate across that range. Phase transitions, chemical change, heat loss, varying properties, mixing, and pressure effects may require a more complete model. This page only normalizes the supplied property units.