Newton per Square Millimeter (N/mm²) to Kilonewton per Square Meter (kN/m²) converter

Converting from Newton per Square Millimeter (N/mm²) to Kilonewton per Square Meter (kN/m²) in Pressure

What is Newton per Square Millimeter (N/mm²)

N/mm2 is a unit of pressure that measures the force applied in Newtons over a specific area in square millimeters. It is commonly used in engineering and materials testing to quantify stress or pressure on a material.

What is Kilonewton per Square Meter (kN/m²)

kN/m2 is a unit of pressure that represents the force applied in kilonewtons distributed across a square meter. This unit is often used in structural engineering and civil engineering to measure pressure or load on surfaces or structures.

Conversion Formulas

  • To convert from N/mm2 to kN/m2:

Pressure in kN/m2=Pressure in N/mm2×1000

  • To convert from kN/m2 to N/mm2:

Pressure in N/mm2=Pressure in kN/m2×0.001

Examples

  1. Converting 10 N/mm² to kN/m²:

10N/mm2=10×1000=10000kN/m2

  1. Converting 6 kN/m² to N/mm²:

6kN/m2=6×0.001=0.006N/mm2

Use this conversion guide to easily switch between Newton per Square Millimeter and Kilonewton per Square Meter in pressure measurements.

Newton per Square Millimeter to Kilonewton per Square Meter conversion table

N/mm² to kN/m² conversion table

Newton per Square Millimeter (N/mm²)Kilonewton per Square Meter (kN/m²)
0.01 N/mm²10 kN/m²
0.1 N/mm²100 kN/m²
1 N/mm²1 000 kN/m²
2 N/mm²2 000 kN/m²
3 N/mm²3 000 kN/m²
4 N/mm²4 000 kN/m²
5 N/mm²5 000 kN/m²
6 N/mm²6 000 kN/m²
7 N/mm²7 000 kN/m²
8 N/mm²8 000 kN/m²
9 N/mm²9 000 kN/m²
10 N/mm²10 000 kN/m²
10 N/mm²10 000 kN/m²
20 N/mm²20 000 kN/m²
30 N/mm²30 000 kN/m²
40 N/mm²40 000 kN/m²
50 N/mm²50 000 kN/m²
60 N/mm²60 000 kN/m²
70 N/mm²70 000 kN/m²
80 N/mm²80 000 kN/m²
90 N/mm²90 000 kN/m²
100 N/mm²100 000 kN/m²
1 000 N/mm²1 000 000 kN/m²
2 000 N/mm²2 000 000 kN/m²
3 000 N/mm²3 000 000 kN/m²
4 000 N/mm²4 000 000 kN/m²
5 000 N/mm²5 000 000 kN/m²
6 000 N/mm²6 000 000 kN/m²
7 000 N/mm²7 000 000 kN/m²
8 000 N/mm²8 000 000 kN/m²
9 000 N/mm²9 000 000 kN/m²
10 000 N/mm²10 000 000 kN/m²