🔩 Pounds per Square Inch to Kilopascal Converter
Free online tool to convert Pounds per Square Inch (psi) to Kilopascal (kPa). Enter a value and get instant, accurate results.
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Pounds per Square Inch to Kilopascal Conversion Table
| Pounds per Square Inch (psi) | Kilopascal (kPa) |
|---|---|
| 1 psi | 6.8947573 kPa |
| 10 psi | 68.947573 kPa |
| 14.696 psi | 101.32535 kPa |
| 30 psi | 206.84272 kPa |
| 50 psi | 344.73786 kPa |
| 100 psi | 689.47573 kPa |
Conversion Formula
Standard atmosphere: 1 atm = 101,325 Pa = 101.325 kPa ≈ 14.696 psi ≈ 1.01325 bar 1 bar = 100,000 Pa • 1 psi = 6,894.757 Pa • 1 mmHg ≈ 133.322 Pa
About Pounds per Square Inch to Kilopascal Conversions
Pounds per Square Inch and Kilopascal are both pressure units standard in different regions and industries. If you work with international specs or mixed-system equipment, this converter handles the math for you.
The conversion factor is: 1 psi = 6.8947573 kPa. To convert manually, multiply your value by 6.8947573. As a quick example: 10 psi = 68.947573 kPa.
This page includes a reference table of common Pounds per Square Inch values pre-converted to Kilopascal, the conversion formula, and frequently asked questions. All values use internationally recognized conversion standards.
Frequently Asked Questions
How do I convert Pounds per Square Inch to Kilopascal?
Multiply your Pounds per Square Inch value by 6.8947573 to get Kilopascal. For example: 10 psi × 6.8947573 = 68.947573 kPa. You can also use the converter above for instant results.
How many Kilopascal are in 1 Pounds per Square Inch?
There are 6.8947573 kPa in exactly 1 psi. This is the direct conversion factor between these two units.
Is Pounds per Square Inch larger or smaller than Kilopascal?
One Pounds per Square Inch is larger than one Kilopascal. Specifically, 1 psi = 6.8947573 kPa, so your number increases when converting from psi to kPa.
When would I use Kilopascal instead of Pounds per Square Inch?
kPa is common in specific industries or regions. For instance, kPa appears in European engineering standards while psi is standard in US automotive and industrial contexts. Match the unit to the equipment specification you are working with.
Related Pressure Conversions
Reference Charts
PSI to kPa Conversion Chart
Quick-reference chart converting PSI (pounds per square inch) to kilopascals (kPa). Covers 1–250 PSI — for tire pressure, industrial systems, and medical equipment.
kPa to PSI Conversion Chart
Quick-reference chart converting kilopascals (kPa) to PSI (pounds per square inch). Covers 1–1,750 kPa — for tire pressure, weather data, industrial, and medical applications.
Bar to PSI Conversion Chart
Quick-reference chart converting bar to PSI. Covers 0.1–700 bar — for compressed air, hydraulic systems, diving equipment, and industrial applications.
PSI to Bar Conversion Chart
Quick-reference chart converting PSI to bar. Covers 1–5,000 PSI — for tires, compressed air systems, hydraulics, and industrial pressure equipment.
Atmospheres (atm) to PSI Conversion Chart
Reference chart converting standard atmospheres (atm) to PSI. Covers 0.1–1,000 atm — for diving, scientific, industrial, and engineering pressure calculations.
PSI to Atmospheres (atm) Conversion Chart
Reference chart converting PSI to standard atmospheres (atm). Covers 1–10,000 PSI — for engineering, diving, autoclave, and scientific pressure applications.
Related Guides
How to Convert PSI to kPa
Learn the exact formula for converting PSI to kPa and back. Includes real-world examples from tire pressure to industrial specifications, a quick-reference table, and common FAQs.
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Conversion Formula Encyclopedia
The definitive reference for unit conversion formulas across length, weight, volume, temperature, area, speed, time, and data storage. Every formula includes an explanation and worked example.
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All conversion results are provided for general informational purposes only. Our formulas use internationally recognized conversion factors; however, rounding may affect precision. Do not rely on these results for professional, medical, legal, or engineering decisions without independent verification. Read our full disclaimer.