Volumetric flow rate Unit Conversion

Cubic millimeters/s (mm³/s) represents the volume flowing per second in cubic millimeters, typically used for measuring the flow of very small volumes of liquid. For example, in microfluidic devices or precision experiments, this unit can help accurately calculate the movement of fluids.

Cubic centimeters/s (cm³/s) represents the volume flowing per second in cubic centimeters, commonly used for measuring the flow of smaller volumes of liquid, such as in medical or laboratory applications. For example, the flow rate of an infusion pump might be described in cm³/s.

Milliliters/s (mL/s) represents the volume flowing per second in milliliters, suitable for measuring liquid flow rates, such as drip rates or the flow of small pumps. This unit is common in medical and laboratory settings to precisely control and describe fluid flow.

Centiliters/s (cL/s) represents the volume flowing per second in centiliters, suitable for measuring the flow of smaller amounts of liquid. For example, this unit might be used to accurately calculate the amount of liquid added when mixing drinks.

Deciliters/s (dL/s) represents the volume flowing per second in deciliters, suitable for measuring medium amounts of liquid flow. For example, in the food processing industry, this unit can be used to describe the rate of liquid ingredient addition.

Liters/h (L/h) represents the volume flowing per hour in liters, suitable for measuring liquid flow rates over long periods. For example, the water flow rate of an irrigation system might be described in L/h to calculate water usage.

Kiloliters/s (kL/s) represents the volume flowing per second in kiloliters, suitable for measuring very large volumes of liquid flow. For example, the discharge rate of a large reservoir might be described in kL/s.

Kiloliters/min (kL/min) represents the volume flowing per minute in kiloliters, suitable for industrial or large-scale water treatment facility flow measurements. For example, the processing capacity of a wastewater treatment plant might be expressed in kL/min.

Kiloliters/h (kL/h) represents the volume flowing per hour in kiloliters, suitable for measuring large volumes of liquid flow over long periods. For example, the daily water supply of a municipal system might be described in kL/h.

Cubic meters/min (m³/min) represents the volume flowing per minute in cubic meters, suitable for industrial flow measurements. For example, the water flow rate in a factory cooling system might be described in m³/min.

Cubic kilometers/s (km³/s) represents the volume flowing per second in cubic kilometers, suitable for measuring extremely large volumes of flow, such as in large dams or ocean currents. This unit is often used to describe massive water quantities in geographical or climatic phenomena.

Teaspoon/s (tsp/s) represents the volume flowing per second in teaspoons, commonly used for small flow measurements in cooking or medicine. For example, the flow rate of a medication dropper might be described in tsp/s.

Tablespoon/s (tbsp/s) represents the volume flowing per second in tablespoons, suitable for medium flow measurements in cooking or medicine. For example, the rate of liquid addition when preparing a medicinal solution might be described in tbsp/s.

Cubic inches/s (in³/s) represents the volume flowing per second in cubic inches, commonly used for measuring small liquid flows. For example, the flow rate of lubricating oil in some industrial equipment might be expressed in in³/s.

Cubic inches/min (in³/min) represents the volume flowing per minute in cubic inches, suitable for industrial or laboratory flow measurements. For example, the coolant flow rate in precision machinery might be described in in³/min.

Cubic inches/h (in³/h) represents the volume flowing per hour in cubic inches, suitable for long-term small flow measurements. For example, the flow rate in a small chemical reaction process might be expressed in in³/h.

Fluid ounces/s (fl oz/s) represents the volume flowing per second in fluid ounces, suitable for small liquid flow measurements in cooking or other applications. For example, the flow rate when mixing drinks might be described in fl oz/s.

Fluid ounces/min (fl oz/min) represents the volume flowing per minute in fluid ounces, suitable for household or laboratory flow measurements. For example, the flow rate of some home water filtration systems might be expressed in fl oz/min.

Fluid ounces/h (fl oz/h) represents the volume flowing per hour in fluid ounces, suitable for long-term small flow measurements. For example, the flow rate in some medical devices might be described in fl oz/h.

Cups/s (cup/s) represents the volume flowing per second in cups, commonly used for measuring liquid flow in cooking. For example, the rate of liquid addition when making beverages might be described in cup/s.

Pints/s (pt/s) represents the volume flowing per second in pints, suitable for medium liquid flow measurements. For example, the flow rate in the beer brewing process might be described in pt/s.

Pints/min (pt/min) represents the volume flowing per minute in pints, suitable for medium liquid flow measurements. For example, the flow rate of a beverage filling machine might be expressed in pt/min.

Pints/h (pt/h) represents the volume flowing per hour in pints, suitable for long-term medium liquid flow measurements. For example, the flow rate in a household water system might be described in pt/h.

Quarts/s (qt/s) represents the volume flowing per second in quarts, suitable for measuring larger liquid flow volumes. For example, the coolant flow rate in some industrial equipment might be described in qt/s.

Gallons/s (gal/s) represents the volume flowing per second in gallons, suitable for measuring larger liquid flow volumes. For example, the flow rate in a large irrigation system might be described in gal/s.

Gallons/min (gal/min) represents the volume flowing per minute in gallons, suitable for household or industrial flow measurements. For example, the flow rate of a home water heater might be expressed in gal/min.

Gallon/h (gal/h) represents the volume flowing per hour in gallons, suitable for long-term large flow measurements. For example, the daily water usage of a household might be described in gal/h.

Cubic feet/s (ft³/s) represents the volume flowing per second in cubic feet, commonly used for measuring large liquid flows. For example, the flow rate of river water or large pipelines might be expressed in ft³/s.

Cubic feet/min (ft³/min) represents the volume flowing per minute in cubic feet, suitable for industrial flow measurements. For example, the air flow rate in a factory cooling system might be described in ft³/min.

Cubic feet/h (ft³/h) represents the volume flowing per hour in cubic feet, suitable for long-term large flow measurements. For example, the air flow rate in HVAC systems might be described in ft³/h.

Cubic yards/s (yd³/s) represents the volume flowing per second in cubic yards, commonly used for measuring large liquid or solid flows. For example, the flow rate of soil or concrete transport at a construction site might be described in yd³/s.

Cubic yards/min (yd³/min) represents the volume flowing per minute in cubic yards, suitable for industrial or construction flow measurements. For example, the output of a concrete mixer might be described in yd³/min.

Cubic yards/h (yd³/h) represents the volume flowing per hour in cubic yards, suitable for long-term large flow measurements. For example, the material handling flow rate in mining or excavation processes might be described in yd³/h.