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Mass Flux Density Converter

Convert mass flux density measurements.

Popular Mass Flux Density Conversions

kg/(m²·s) to kg/(m²·h)kg/(m²·s) to g/(cm²·s)kg/(m²·s) to lb/(ft²·s)

Complete List of Mass Flux Density Units for Conversion

1 Kilogram per Square Meter Minute [kg/(m²·min)] = 0.0166667 Kilogram per Square Meter Second [kg/(m²·s)]

Kilogram per Square Meter Minute to Kilogram per Square Meter Second, Kilogram per Square Meter Second to Kilogram per Square Meter Minute

1 Kilogram per Square Meter Hour [kg/(m²·h)] = 0.000277778 Kilogram per Square Meter Second [kg/(m²·s)]

Kilogram per Square Meter Hour to Kilogram per Square Meter Second, Kilogram per Square Meter Second to Kilogram per Square Meter Hour

1 Gram per Square Centimeter Second [g/(cm²·s)] = 10.0000 Kilogram per Square Meter Second [kg/(m²·s)]

Gram per Square Centimeter Second to Kilogram per Square Meter Second, Kilogram per Square Meter Second to Gram per Square Centimeter Second

1 Gram per Square Centimeter Minute [g/(cm²·min)] = 0.166667 Kilogram per Square Meter Second [kg/(m²·s)]

Gram per Square Centimeter Minute to Kilogram per Square Meter Second, Kilogram per Square Meter Second to Gram per Square Centimeter Minute

1 Pound per Square Foot Second [lb/(ft²·s)] = 4.88243 Kilogram per Square Meter Second [kg/(m²·s)]

Pound per Square Foot Second to Kilogram per Square Meter Second, Kilogram per Square Meter Second to Pound per Square Foot Second

1 Pound per Square Foot Minute [lb/(ft²·min)] = 0.0813738 Kilogram per Square Meter Second [kg/(m²·s)]

Pound per Square Foot Minute to Kilogram per Square Meter Second, Kilogram per Square Meter Second to Pound per Square Foot Minute

1 Pound per Square Inch Second [lb/(in²·s)] = 703.070 Kilogram per Square Meter Second [kg/(m²·s)]

Pound per Square Inch Second to Kilogram per Square Meter Second, Kilogram per Square Meter Second to Pound per Square Inch Second

1 Slug per Square Foot Second [slug/(ft²·s)] = 0.152759 Kilogram per Square Meter Second [kg/(m²·s)]

Slug per Square Foot Second to Kilogram per Square Meter Second, Kilogram per Square Meter Second to Slug per Square Foot Second

1 Tonne per Square Meter Hour [t/(m²·h)] = 0.277778 Kilogram per Square Meter Second [kg/(m²·s)]

Tonne per Square Meter Hour to Kilogram per Square Meter Second, Kilogram per Square Meter Second to Tonne per Square Meter Hour

How this mass flux density converter works

Kilogram per Square Meter Second (kg/(m²·s)) is used as the internal base unit. Every value you enter is first converted to Kilogram per Square Meter Second using exact SI factors, then translated to the requested unit with the same data pulled from the SI Brochure and NIST SP 811.

Key mass flux density relationships

  • 1 Kilogram per Square Meter Minute = 0.0166667 Kilogram per Square Meter Second
  • 1 Kilogram per Square Meter Hour = 2.7778e-4 Kilogram per Square Meter Second
  • 1 Gram per Square Centimeter Second = 10 Kilogram per Square Meter Second
  • 1 Gram per Square Centimeter Minute = 0.166667 Kilogram per Square Meter Second
  • 1 Pound per Square Foot Second = 4.88243 Kilogram per Square Meter Second

Where mass flux density units are used

Process engineers, laboratory technicians, and petroleum specialists monitor these fluid properties to control pumps, pipelines, and analytical instruments. The mass flux density converter covers real-world units such as Kilogram per Square Meter Second and Kilogram per Square Meter Minute, giving teams a trusted reference when cross-checking data between labs, suppliers, and regulatory filings.

Tips for accurate mass flux density conversions

  • Always verify the unit symbol in your worksheet—this converter normalizes values through Kilogram per Square Meter Second, which is the SI reference for mass flux density measurements.
  • When jumping between Kilogram per Square Meter Second and Kilogram per Square Meter Minute, watch metric prefixes and rounding. A misplaced milli-, micro-, or kilo- prefix can produce errors of several orders of magnitude.
  • Document the context (test conditions, instrument resolution, uncertainty) whenever you publish mass flux density conversions so coworkers and auditors can reproduce your results.
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