What is a nanopascal used for?

A nanopascal is used to measure extremely small pressures, such as those found in space physics or ultra-high vacuum environments.

Where is gigapascal commonly applied?

Gigapascal units express very high pressures and stresses in materials science, mechanical engineering, and high-pressure geophysics.

Why convert nanopascal to gigapascal?

Conversion helps compare very small pressure measurements to very high pressure scales used in materials science and engineering.

How to Convert from Nanopascal [nPa] to Gigapascal [GPa]

Learn how to convert nanopascal (nPa), used for extremely small pressure values, to gigapascal (GPa), a unit representing very high pressures in engineering and materials science.

Nanopascal [nPa]

Gigapascal [GPa]

Please check your input. It must be a valid numeric value.

Nanopascal [nPa] to Gigapascal [GPa] Conversion Table

Nanopascal [nPa]	Gigapascal [GPa]

Custom Unit Conversion Table Generator – Instant Printable Conversion Tables

Start Value

Enter the starting number (positive decimal or integer ≥ 0). Example: 0.1, 1, 5.

End Value

Enter the ending number (positive decimal or integer > Start Value). Example: 10, 50, 100.

Interval

Enter the step size (positive decimal > 0 and < End Value – Start Value). Example: 1.0, 2.5.

Nanopascal [nPa] to Gigapascal [GPa] Conversion Table
Nanopascal [nPa]	Gigapascal [GPa]

Explore More Pressure Units Converter

What Is This Tool?

This converter allows users to translate pressure values from nanopascals, which measure very tiny pressures often found in space physics and ultra-high vacuum systems, into gigapascals, a unit applied to represent high pressures and mechanical stresses in materials science and engineering.

How to Use This Tool?

Enter the pressure value in nanopascal (nPa).
Select nanopascal as the unit to convert from and gigapascal as the unit to convert to.
Click the convert button to obtain the equivalent pressure in gigapascal (GPa).

Key Features

Converts nanopascal (nPa) values to gigapascal (GPa) units accurately using the exact conversion rate.
Supports pressure units relevant in scientific research, engineering, and geophysics.
Easy-to-use interface suitable for comparing extremely small to extremely large pressure magnitudes.

Examples

Convert 5 nPa: 5 nPa equals 5 × 1e-18 GPa = 5e-18 GPa.
Convert 100 nPa: 100 nPa equals 100 × 1e-18 GPa = 1e-16 GPa.

Common Use Cases

Translating solar wind and space plasma dynamic pressures from nanopascal to gigapascal scale.
Monitoring residual gas pressure in ultra-high vacuum systems by converting small pressures.
Assessing high-pressure experimental data and materials stiffness in engineering and geophysics.

Tips & Best Practices

Ensure input pressure values are accurate and correspond to nanopascal units.
Consider the context of use — nanopascal values represent extremely small pressures compared to gigapascal scale.
Use this conversion mainly for theoretical comparison, as direct practical equivalence is limited.

Limitations

The conversion results in extremely small numbers that may fall below the precision limit of some devices or software.
Due to the large magnitude difference, this conversion is mostly theoretical and less practical for direct engineering comparisons.

Frequently Asked Questions

What is a nanopascal used for?: A nanopascal is used to measure extremely small pressures, such as those found in space physics or ultra-high vacuum environments.
Where is gigapascal commonly applied?: Gigapascal units express very high pressures and stresses in materials science, mechanical engineering, and high-pressure geophysics.
Why convert nanopascal to gigapascal?: Conversion helps compare very small pressure measurements to very high pressure scales used in materials science and engineering.

Key Terminology

Nanopascal (nPa): An SI derived unit of pressure equal to 10⁻⁹ pascals, used for extremely small pressures such as in space physics and ultra-high vacuum systems.
Gigapascal (GPa): A unit of pressure equal to 10⁹ pascals, commonly used to describe very high pressures and mechanical stresses in materials science, engineering, and geophysics.

Quick Knowledge Check

What is the relation between nanopascal and pascal?

1 nanopascal = 10⁹ pascals

1 nanopascal = 10⁻⁹ pascals

1 nanopascal = 1 pascal

Which unit represents very high pressures?

Nanopascal

Gigapascal

Pascal

One nanopascal equals how many gigapascals?

1e-9 GPa

1e-18 GPa

1e9 GPa

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