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Pounds per Second-Sq. Foot to Kilograms per Hour-Sq. Meter Converter

Enter the mass flux density in pounds per second-sq. foot below to convert it to kilograms per hour-sq. meter.

Convert Pounds per Second-Sq. Foot to Kilograms per Hour-Sq. Meter

Enter a value in pounds per second-sq. foot (lb/(s·ft²)) to convert to kilograms per hour-sq. meter (kg/(h·m²)).

Result
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87,883.69752kilograms per hour-sq. meter
5 lb/(s·ft²) = 87,883.69752 kg/(h·m²)
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Reference:NIST OWM (SI Units — Length)
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Pound per Second-Sq. Foot to Kilogram per Hour-Sq. Meter Conversion Table

Table showing various pound per second-sq. foot measurements converted to kilograms per hour-sq. meter. Click any preset value or arrow to load it into the converter.

Pounds per Second-Sq. Foot (lb/(s·ft²))Kilograms per Hour-Sq. Meter (kg/(h·m²))
1 lb/(s·ft²)17,576.739504 kg/(h·m²)
2 lb/(s·ft²)35,153.479008 kg/(h·m²)
2.5 lb/(s·ft²)43,941.84876 kg/(h·m²)
5 lb/(s·ft²)87,883.69752 kg/(h·m²)
10 lb/(s·ft²)175,767.39504 kg/(h·m²)
15 lb/(s·ft²)263,651.09256 kg/(h·m²)
20 lb/(s·ft²)351,534.79008 kg/(h·m²)
25 lb/(s·ft²)439,418.4876 kg/(h·m²)
30 lb/(s·ft²)527,302.18512 kg/(h·m²)
50 lb/(s·ft²)878,836.9752 kg/(h·m²)

How to Convert Pounds per Second-Sq. Foot to Kilograms per Hour-Sq. Meter

To convert pounds per second-sq. foot to kilograms per hour-sq. meter, multiply the mass flux density by the following conversion ratio: 17,576.739504 kilograms per hour-sq. meter/pound per second-sq. foot.

Since one pound per second-sq. foot is equal to 17,576.739504 kilograms per hour-sq. meter, you can use this simple formula to convert:

kilograms per hour-sq. meter = pounds per second-sq. foot × 17,576.739504

The mass flux density in kilograms per hour-sq. meter is equal to the mass flux density in pounds per second-sq. foot multiplied by 17,576.739504.

For example, here's how to convert 5 pounds per second-sq. foot to kilograms per hour-sq. meter using the formula above.

kilograms per hour-sq. meter = (5 lb/(s·ft²) × 17,576.739504) = 87,883.69752 kg/(h·m²)

How Many Kilograms per Hour-Sq. Meter Are in a Pound per Second-Sq. Foot?

There are 17,576.739504 kilograms per hour-sq. meter in a pound per second-sq. foot, which is why we use this value in the formula above.

1 lb/(s·ft²) = 17,576.739504 kg/(h·m²)|1 kg/(h·m²) = 0.000056893 lb/(s·ft²)

Our pound per second-sq. foot to kilogram per hour-sq. meter calculator automatically converts your mass flux density measurements with full decimal and scientific precision across US customary, imperial, and SI metric standards.

Pounds per Second-Sq. Foot and kilograms per hour-sq. meter are both units used to measure mass flux density. Keep reading to learn more about each unit.

What Is a Pound per Second-Sq. Foot?

A pound per second-sq. foot is a unit of mass flux density equal to 4.8824276 kilograms per second-sq. meter (kg/(s·m²)), the base unit for mass flux density. Equal to 4.8824 kg/(s·m²). [1]

The pound per second-sq. foot is classified as a US customary unit of mass flux density. Pounds per Second-Sq. Foot can be abbreviated as lb/(s·ft²); for example, 1 pound per second-sq. foot can be written as 1 lb/(s·ft²).

When working with pounds per second-sq. foot (lb/(s·ft²)) in formulas or technical specifications, always verify whether your target system uses SI metric, US customary, or British imperial standards.

In practice, pounds per second-sq. foot (lb/(s·ft²)) are widely used across standard mass flux density applications within US customary workflows, engineering documentation, and technical data sheets.

What Is a Kilogram per Hour-Sq. Meter?

A kilogram per hour-sq. meter is a unit of mass flux density equal to 1/3,600 of a kilogram per second-sq. meter (0.000277778 kg/(s·m²)). Membrane and distillation mass flux unit. [2]

The kilogram per hour-sq. meter is classified as a metric and SI-compatible unit of mass flux density. Kilograms per Hour-Sq. Meter can be abbreviated as kg/(h·m²); for example, 1 kilogram per hour-sq. meter can be written as 1 kg/(h·m²).

In the metric system, "kilo" is the standard SI prefix for thousands, or 10³. This makes the kilogram per hour-sq. meter (kg/(h·m²)) a convenient decimal multiple of the kilogram per second-sq. meter (kg/(s·m²)).

In practice, kilograms per hour-sq. meter (kg/(h·m²)) are widely used across fine-tolerance laboratory, analytical, and micro-scale mass flux density measurements within SI metric workflows, engineering documentation, and technical data sheets.

When converting mass flux density between pounds per second-sq. foot (lb/(s·ft²)) and kilograms per hour-sq. meter (kg/(h·m²)), keep full floating-point precision (1 lb/(s·ft²) = 17,576.739504 kg/(h·m²); 1 kg/(h·m²) = 0.000056893 lb/(s·ft²)) during intermediate calculations and round only the final kilogram per hour-sq. meter figure to match your instrument tolerance.

More Pound per Second-Sq. Foot & Kilogram per Hour-Sq. Meter Conversions

Need to calculate in the opposite direction? Use our kilograms per hour-sq. meter to pounds per second-sq. foot calculator to switch your starting unit immediately. You can also explore related tools such as converting kilograms per hour-sq. meter to pounds per second-sq. foot, converting kilograms per second-sq. meter to kilograms per hour-sq. meter, or converting pounds per second-sq. foot to kilograms per second-sq. meter.

Frequently Asked Questions

There are 17,576.7395 kilograms per hour-sq. meter (kg/(h·m²)) in 1 pound per second-sq. foot (lb/(s·ft²)). Conversely, 1 kilogram per hour-sq. meter (kg/(h·m²)) is equal to 0.00005689 pounds per second-sq. foot (lb/(s·ft²)).

References

NIST · BIPM · ISO
  1. [1]
    NIST OWM (SI Units — Length)·Mass Flux Density Metrology Standard — Pounds per Second-Sq. Foot (lb/(s·ft²)) to Kilograms per Hour-Sq. Meter (kg/(h·m²))
    NIST OWM Standard
  2. [2]
    BIPM (SI Base Unit: Metre (m))·Unit Specifications: Pound per Second-Sq. Foot (lb/(s·ft²)) & Kilogram per Hour-Sq. Meter (kg/(h·m²))
    BIPM Specification
  3. [3]
    NIST HB 133 (NIST Handbook 133 (2019 Ed.))·Conversion Factors & Mathematical Basis (lb/(s·ft²) to kg/(h·m²))
    NIST HB 133 Reference
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