Micronewtons to Gram-Force Conversion (μN to gf)

Micronewtons to Gram-Force Converter

Enter the force in micronewtons below to get the value converted to gram-force.

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Result in Gram-Force:

1 μN = 0.000102 gf

How to Convert Micronewtons to Gram-Force

To convert a measurement in micronewtons to a measurement in gram-force, multiply the force by the following conversion ratio: 0.000102 gram-force/micronewton.

Since one micronewton is equal to 0.000102 gram-force, you can use this simple formula to convert:

gram-force = micronewtons × 0.000102

The force in gram-force is equal to the force in micronewtons multiplied by 0.000102.

For example, here's how to convert 5,000 micronewtons to gram-force using the formula above.

gram-force = (5,000 μN × 0.000102) = 0.509858 gf

Micronewtons and gram-force are both units used to measure force. Keep reading to learn more about each unit of measure.

What Is a Micronewton?

One micronewton is equal to 1/1,000,000 of a newton, which is equal to the force needed to move one kilogram of mass at a rate of one meter per second squared.

The micronewton is a multiple of the newton, which is the SI derived unit for force. In the metric system, "micro" is the prefix for millionths, or 10^-6. Micronewtons can be abbreviated as μN; for example, 1 micronewton can be written as 1 μN.

Learn more about micronewtons.

What Is Gram-Force?

Gram-force is a unit of force equal to the force needed to move one gram of mass at a rate of 9.80665 meters per second squared.

The gram-force is a non-SI metric unit for force. Gram-force is sometimes also referred to as a pond. Gram-force can be abbreviated as gf, and are also sometimes abbreviated as g_F. For example, 1 gram-force can be written as 1 gf or 1 g_F.

Gram-force can be expressed using the formula: 1 gf = 9.80665 gm / s²

Learn more about gram-force.

Micronewton to Gram-Force Conversion Table

Table showing various micronewton measurements converted to gram-force.
Micronewtons	Gram-force
1 μN	0.000102 gf
2 μN	0.000204 gf
3 μN	0.000306 gf
4 μN	0.000408 gf
5 μN	0.00051 gf
6 μN	0.000612 gf
7 μN	0.000714 gf
8 μN	0.000816 gf
9 μN	0.000918 gf
10 μN	0.00102 gf
20 μN	0.002039 gf
30 μN	0.003059 gf
40 μN	0.004079 gf
50 μN	0.005099 gf
60 μN	0.006118 gf
70 μN	0.007138 gf
80 μN	0.008158 gf
90 μN	0.009177 gf
100 μN	0.010197 gf
200 μN	0.020394 gf
300 μN	0.030591 gf
400 μN	0.040789 gf
500 μN	0.050986 gf
600 μN	0.061183 gf
700 μN	0.07138 gf
800 μN	0.081577 gf
900 μN	0.091774 gf
1,000 μN	0.101972 gf
2,000 μN	0.203943 gf
3,000 μN	0.305915 gf
4,000 μN	0.407886 gf
5,000 μN	0.509858 gf
6,000 μN	0.61183 gf
7,000 μN	0.713801 gf
8,000 μN	0.815773 gf
9,000 μN	0.917745 gf
10,000 μN	1.0197 gf

Table showing various micronewton measurements converted to gram-force.

Micronewtons

Gram-force

1 μN

0.000102 gf

2 μN

0.000204 gf

3 μN

0.000306 gf

4 μN

0.000408 gf

5 μN

0.00051 gf

6 μN

0.000612 gf

7 μN

0.000714 gf

8 μN

0.000816 gf

9 μN

0.000918 gf

10 μN

0.00102 gf

20 μN

0.002039 gf

30 μN

0.003059 gf

40 μN

0.004079 gf

50 μN

0.005099 gf

60 μN

0.006118 gf

70 μN

0.007138 gf

80 μN

0.008158 gf

90 μN

0.009177 gf

100 μN

0.010197 gf

200 μN

0.020394 gf

300 μN

0.030591 gf

400 μN

0.040789 gf

500 μN

0.050986 gf

600 μN

0.061183 gf

700 μN

0.07138 gf

800 μN

0.081577 gf

900 μN

0.091774 gf

1,000 μN

0.101972 gf

2,000 μN

0.203943 gf

3,000 μN

0.305915 gf

4,000 μN

0.407886 gf

5,000 μN

0.509858 gf

6,000 μN

0.61183 gf

7,000 μN

0.713801 gf

8,000 μN

0.815773 gf

9,000 μN

0.917745 gf

10,000 μN

1.0197 gf