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

Convert between Pound per Second per Square Foot and Kilogram per Second per Square Meter quickly and accurately.

lb/(s·ft²)
kg/(s·m²)

How to Convert Pound per Second per Square Foot to Kilogram per Second per Square Meter

Conversion Formula

1 lb/(s·ft²) = 4.882 kg/(s·m²)
1 kg/(s·m²) = 0.205 lb/(s·ft²)

Example

Convert 15 lb/(s·ft²) to kg/(s·m²):

15 lb/(s·ft²) = 15 × 4.882 kg/(s·m²) = 73.236 kg/(s·m²)

Unit Information

Learn about the mass flux density units you're converting between

Pound per Second per Square Foot

lb/(s·ft²)

Definition

The pound per second per square foot is a high-intensity imperial unit for mass flux density, representing the mass flow rate of one pound per second through an area of one square foot. This unit is used for high-capacity mass transfer processes in imperial unit systems, particularly in large-scale industrial operations where significant mass flows occur.

History/Origin

This unit was developed for high-capacity industrial processes in imperial unit systems, particularly in North American industries where large-scale mass transfer operations require substantial flux measurements. It became standard in petrochemical industries, power generation, and large-scale manufacturing where imperial units are preferred.

Current Use

Used in large-scale North American industrial processes, particularly in petrochemical industries, power generation, and heavy manufacturing where high mass transfer rates are common. It is employed in reactor design, cooling system analysis, and process optimization where imperial units are standard and high throughput is essential.

Multiplier

4882.428

Offset

0

Kilogram per Second per Square Meter

kg/(s·m²)

Definition

The kilogram per second per square meter is a larger unit for mass flux density, representing the mass flow rate of one kilogram per second through an area of one square meter. This unit is used for high-intensity mass transfer processes where significant mass flows occur, making it suitable for industrial-scale operations and high-throughput systems.

History/Origin

This unit was established for high-capacity industrial processes where mass transfer rates are substantial, such as in large-scale chemical reactors, power generation systems, and industrial drying operations. It provides a practical scale for measuring mass flux in systems where gram-level measurements would be impractical due to the large quantities involved.

Current Use

Extensively used in large-scale chemical processing, power generation, and industrial manufacturing where high mass transfer rates are common. It is employed in reactor design for petrochemical industries, in power plant cooling systems, and in large-scale food processing operations where high throughput is essential for economic viability.

Multiplier

1000

Offset

0

Pound per Second per Square Foot to Kilogram per Second per Square Meter Conversion Table

Pound per Second per Square Foot [lb/(s·ft²)] Kilogram per Second per Square Meter [kg/(s·m²)]
1 lb/(s·ft²) 4.882428 kg/(s·m²)
10 lb/(s·ft²) 48.824277 kg/(s·m²)
25 lb/(s·ft²) 122.060692 kg/(s·m²)
50 lb/(s·ft²) 244.121384 kg/(s·m²)
100 lb/(s·ft²) 488.242769 kg/(s·m²)
0 lb/(s·ft²) 0E+0 kg/(s·m²)
-10 lb/(s·ft²) -48.824277 kg/(s·m²)
-40 lb/(s·ft²) -195.297107 kg/(s·m²)