Skip to main content
ConvertUnitOnline

Newton per Meter to Dyne per Centimeter

Convert newton per meter to dyne per centimeter instantly. Type in either field — results update live.

Instant Private Free
Surface Tension Newton per Meter Dyne per Centimeter

1 newton per meter = 1,000 dynes per centimeter

Unit
Unit
Format

Conversion table

Selected N/m values converted to dyn/cm using the exact factor from this tool.

N/m dyn/cm
0.01 10
0.1 100
1 1,000
2 2,000
3 3,000
5 5,000
10 10,000
20 20,000
50 50,000
100 100,000
1,000 1,000,000

How to convert

Exact conversion factors in both directions, plus a worked example.

1 N/m = 1000 dyn/cm

1 dyn/cm = 0.001 N/m

To convert newton per meter to dyne per centimeter, multiply by 1000.

To convert dyne per centimeter to newton per meter, multiply by 0.001.

Example: convert 10 N/m to dyn/cm

10 × 1000 = 10000 dyn/cm

About these units

Short background on the units used in this conversion.

Newton per Meter (N/m)

The newton per meter (N/m) is the SI unit of surface tension — force per unit length at a fluid interface.

Newtons per meter quantify capillary action, bubble formation, and wetting behavior in coatings and microfluidics.

Dyne per Centimeter (dyn/cm)

Dyne per centimeter equals 0.001 N/m — the CGS unit of surface tension. Water at room temperature is about 72 dyne/cm.

Dynes per centimeter remain common in colloid science, detergency, and legacy laboratory measurements.

Frequently asked questions

How many dynes per centimeter are in one newton per meter?
One newton per meter equals 1,000 dynes per centimeter. Multiply your newtons per meter value by 1,000 to convert to dynes per centimeter.
What is the conversion formula?
dyn/cm = N/m × 1,000

The reverse is N/m = dyn/cm × 0.001, using the same exact factors as this converter.
Is this Newton per Meter to Dyne per Centimeter converter private?
Yes. All calculations run locally in your browser. Nothing you type is sent to a server.

All newton per meter conversions

Jump to any surface tension conversion starting from newton per meter — including the reverse direction and every other unit in our dataset.