Why are kilogram-force/sq. millimeter and gram-force/sq. centimeter considered non-SI units?

Because they are based on gravitational force (kilogram-force and gram-force), they do not conform to the International System of Units (SI) which uses the newton as the standard unit of force.

In which fields is this conversion most commonly applied?

This conversion is used primarily in metallurgy, mechanical engineering, materials science, laboratory calibration, and industries relying on older unit systems for pressure and stress measurements.

What should I be careful about when using these units?

You should consider that these units depend on gravitational acceleration which can vary slightly by location, and that their use is generally limited to legacy or older technical documents.

How to Convert Kilogram-force/sq. millimeter to Gram-force/sq. centimeter

Learn how to convert pressure units from kilogram-force per square millimeter to gram-force per square centimeter using a simple converter tool designed for materials testing, engineering, and legacy unit systems.

Kilogram-force/sq. millimeter

Gram-force/sq. centimeter

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

Kilogram-force/sq. millimeter to Gram-force/sq. centimeter Conversion Table

Kilogram-force/sq. millimeter	Gram-force/sq. centimeter

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.

Kilogram-force/sq. millimeter to Gram-force/sq. centimeter Conversion Table
Kilogram-force/sq. millimeter	Gram-force/sq. centimeter

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What Is This Tool?

This unit converter allows users to transform pressure measurements from kilogram-force per square millimeter to gram-force per square centimeter. Both units are gravitational force-based and commonly employed in metallurgy, mechanical engineering, and materials science, particularly when working with legacy or non-SI units.

How to Use This Tool?

Enter the pressure value in kilogram-force per square millimeter
Select kilogram-force/sq. millimeter as the input unit
Choose gram-force/sq. centimeter as the output unit
Click the convert button to see the result
Use the converted value for analysis or documentation purposes

Key Features

Converts kilogram-force/sq. millimeter to gram-force/sq. centimeter with ease
Browser-based and user-friendly interface
Supports engineering and materials testing unit conversions
Displays results instantly based on precise conversion factors
Helps interpret and compare pressure values across legacy units

Examples

Convert 2 kilogram-force/sq. millimeter to gram-force/sq. centimeter: result is 200,000 gram-force/sq. centimeter
Convert 0.5 kilogram-force/sq. millimeter to gram-force/sq. centimeter: result is 50,000 gram-force/sq. centimeter

Common Use Cases

Interpreting tensile or yield strength data for metals in engineering charts
Specifying contact or bearing stresses for mechanical components
Calibrating low-pressure instruments and sensors in laboratory settings
Converting pressure values in legacy or older technical standards
Comparing stress measurements in metallurgy and materials science

Tips & Best Practices

Always verify unit definitions when working with legacy documents
Use this tool to bridge high-pressure and low-pressure unit systems
Be cautious of local gravitational variations for high-precision needs
Prefer SI units like pascals for modern and scientific work when possible
Double-check converted values especially in safety-critical applications

Limitations

Both units are non-SI gravitational units and may vary slightly with local gravity
These units are mostly used in legacy contexts rather than current standards
Interpretations may differ in older documents where unit standards have changed

Frequently Asked Questions

Why are kilogram-force/sq. millimeter and gram-force/sq. centimeter considered non-SI units?: Because they are based on gravitational force (kilogram-force and gram-force), they do not conform to the International System of Units (SI) which uses the newton as the standard unit of force.
In which fields is this conversion most commonly applied?: This conversion is used primarily in metallurgy, mechanical engineering, materials science, laboratory calibration, and industries relying on older unit systems for pressure and stress measurements.
What should I be careful about when using these units?: You should consider that these units depend on gravitational acceleration which can vary slightly by location, and that their use is generally limited to legacy or older technical documents.

Key Terminology

Kilogram-force per square millimeter (kgf/mm²): A gravitational unit of pressure equal to one kilogram-force applied to an area of one square millimeter.
Gram-force per square centimeter: A non-SI unit of pressure defined by one gram-force acting uniformly on an area of one square centimeter.
Non-SI Units: Units of measurement not included in the International System of Units, often based on gravitational force.

Quick Knowledge Check

What does 1 kilogram-force per square millimeter equal in gram-force per square centimeter?

10,000 gram-force/sq. centimeter

100,000 gram-force/sq. centimeter

1,000,000 gram-force/sq. centimeter

Which unit is typically used to report tensile strength of metals in engineering?

Gram-force/sq. centimeter

Kilogram-force/sq. millimeter

Pascal

Why might local gravitational variation affect conversions between these units?

Because both units are non-SI impulse units

Because both units rely on gravitational force definitions

Because both units measure volume

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