Unit converter

Mass Flow Rate converter

Convert kilograms, grams, pounds, and metric tons per unit time.

Enter a value and choose units. Results update instantly.

1 kg/h = 0.0367437104 lb/min

All Mass Flow Rate units

From 1 kg/h
UnitValue
Kilogram per second kg/s 0.0002777778
Kilogram per minute kg/min 0.0166666667
Kilogram per hour kg/h 1
Gram per second g/s 0.2777777778
Pound per second lb/s 0.0006123952
Pound per minute lb/min 0.0367437104
Metric ton per hour t/h 0.001
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Common tasks

Reference

How mass flow rate conversion works

Mass flow measures mass crossing a boundary per unit time. Unlike volume flow, it does not require a fluid density to compare units.

Values are converted to kilogram per second first, then from that reference into the requested unit. Keeping a single documented reference reduces inconsistent pair-by-pair constants.

Accuracy note: All listed factors are based on exact international mass and time definitions.

Unit reference

UnitSymbol1 unit in kg/s
Kilogram per secondkg/s1
Kilogram per minutekg/min0.016666666667
Kilogram per hourkg/h0.000277777778
Gram per secondg/s0.001
Pound per secondlb/s0.45359237
Pound per minutelb/min0.007559872833
Metric ton per hourt/h0.277777777778

Long-tail directory

Every indexed conversion

Choose a source unit to see all available destinations.

From Kilogram per second (kg/s)
From Kilogram per minute (kg/min)
From Kilogram per hour (kg/h)
From Gram per second (g/s)
From Pound per second (lb/s)
From Pound per minute (lb/min)
From Metric ton per hour (t/h)

Primary source

Definitions and standards

Conversion constants and definitions for this category are checked against BIPM SI mass and time definitions.

See Methods & sources for rounding rules, exact-value handling, and review policy.

Questions

Mass Flow Rate FAQ

What is the reference unit for mass flow rate conversions?

ConvertWin uses kilogram per second (kg/s) as the internal reference for this category, then converts to the selected output unit.

How accurate is this mass flow rate converter?

All listed factors are based on exact international mass and time definitions.