Convert pressure units — pascal, PSI, bar, atmosphere, torr, mmHg and more.
| Unit | Name | Value |
|---|---|---|
| 0.001 Pa | 1.01972e-08 kgf/cm² | |
| 0.01 Pa | 1.01972e-07 kgf/cm² | |
| 0.1 Pa | 1.01972e-06 kgf/cm² | |
| 1 Pa | 1.01972e-05 kgf/cm² | |
| 5 Pa | 5.09858e-05 kgf/cm² | |
| 10 Pa | 0.000101972 kgf/cm² | |
| 50 Pa | 0.000509858 kgf/cm² | |
| 100 Pa | 0.00101972 kgf/cm² | |
| 1000 Pa | 0.0101972 kgf/cm² |
Formula: kgf/cm² = Pascal × 1.0197e-5
Multiply any pascal value by 1.0197e-5 to get kgf/cm².
Reverse: Pascal = kgf/cm² × 9.807e+04
Common pascal values — factor: 1 Pa = 1.0197e-5 kgf/cm²
| Pascal (Pa) | kgf/cm² (kgf/cm²) | Context |
|---|---|---|
| 1 Pa | 1.020e-05 kgf/cm² | 1 Pa — light breeze |
| 100 Pa | 0.00102 kgf/cm² | 1 mbar |
| 1,000 Pa | 0.0102 kgf/cm² | 10 mbar |
| 1e+04 Pa | 0.102 kgf/cm² | 0.1 atm |
| 101,300 Pa | 1.033 kgf/cm² | 1 atm / sea level |
| 200,000 Pa | 2.039 kgf/cm² | 2 bar |
| 500,000 Pa | 5.099 kgf/cm² | 10 bar |
| 1,000,000 Pa | 10.2 kgf/cm² | 10 bar |
| 10,000,000 Pa | 102 kgf/cm² | 100 bar |
| 100,000,000 Pa | 1,020 kgf/cm² | 1,000 bar |
| 6,895 Pa | 0.07031 kgf/cm² | 1 psi |
| 133.3 Pa | 0.00136 kgf/cm² | 1 mbar |
| 3,386 Pa | 0.03453 kgf/cm² | 1 psi |
| 9.807e+04 Pa | 1 kgf/cm² | 1 atm / sea level |
| 1.000e+09 Pa | 1.02e+04 kgf/cm² | 10,000 bar |
1 Pa = 1.0197e-5 kgf/cm². Memorize for instant estimates.
Use 1.0197e-5 as a quick mental multiplier.
Multiply result by 9.807e+04 to recover the original Pa value.
Measures sound pressure levels in pascals — 20 μPa is the threshold of hearing.
Measures wind load on structures and façade pressure in pascals.
Specifies air pressure differentials across filters and dampers in Pa.
Calibrates pressure instruments traceable to SI pascal standards.
Solves Navier-Stokes equations with pressure in pascals.
Controls process chamber pressure in mPa range for deposition processes.
The pascal (Pa) is the SI derived unit of pressure, defined as one newton per square meter. It was named after Blaise Pascal, the 17th-century French mathematician and physicist who studied fluid pressure. The unit was officially adopted by the International System of Units in 1971.
Pascals are used in meteorology (atmospheric pressure ~101,325 Pa), materials science (Young's modulus in GPa), and fluid mechanics. The pascal is very small — standard atmospheric pressure equals 101,325 Pa.
Interesting fact: Blaise Pascal demonstrated in 1648 that atmospheric pressure decreases with altitude by carrying a barometer up the Puy de Dôme mountain, confirming Torricelli's theory of atmospheric pressure.
Kilograms-force per square centimeter (kgf/cm²) is a traditional metric pressure unit that was widely used in continental Europe and Asia before SI standardization. One kgf/cm² equals approximately 98,066.5 Pa or 0.981 bar.
kgf/cm² remains common in older Japanese, Russian, Chinese, and Indian engineering standards for boiler pressure, hydraulic systems, and material strength specifications. Many legacy industrial gauges still read in kgf/cm².
Interesting fact: 1 kgf/cm² is nearly identical to 1 atm (ratio: 0.968), which is why it was historically used as a convenient engineering approximation for atmospheric pressure in many countries.
Converting pascal to kgf/cm² is a common task in engineering, medicine, meteorology, and science. Different industries and countries use different pressure units — PSI in the US, bar in Europe, mmHg in medicine, and pascals in physics — making accurate conversion essential for cross-disciplinary work.
Quick reference: 5 Pa = 5.0986e-5 kgf/cm² and 10 Pa = 0.000102 kgf/cm². For the reverse: 1 kgf/cm² = 9.807e+04 Pa. The exact factor is 1 Pa = 1.0197e-5 kgf/cm².
All conversions use IEEE 754 double-precision arithmetic, accurate to at least 8 significant figures.