Full Conversion Chart for inHg & kPa
inHg | kPa |
1 | 3.386389 |
2 | 6.772778 |
3 | 10.159167 |
4 | 13.545556 |
5 | 16.931945 |
6 | 20.318334 |
7 | 23.704723 |
8 | 27.091112 |
9 | 30.477501 |
10 | 33.86389 |
11 | 37.250279 |
12 | 40.636668 |
13 | 44.023057 |
14 | 47.409446 |
15 | 50.795835 |
What are inHg and kPa?
inHg and kPa are measurements of pressure used by penis pumps.
They're the two most commonly used units of pressure in penis pumps.
- inHg stands for Inches of Mercury.
- kPa stands for Kilopascal.
What does a penis pump inHg pressure measurement mean?
Penis pump inHg measurements are typically used with American penis pump vacuum devices, and in American English conversations regarding penis pumps.
The abbreviation inHg stands for inches of mercury and is a pumping measurement used to express atmospheric pressure.
It refers to the height of a column of mercury that the atmospheric pressure can support, which is the corresponding force applied in the cylinder of penis pumps.
What does a penis pump kPa pressure measurement mean?
Penis pump kPa measurements are typically used with international penis pump vacuum devices, and in international/foreign conversations regarding penis pumps.
The abbreviation kPa stands for kilopascals and is a pumping measurement also used to express atmospheric pressure.
Kilopascals measure the force exerted by the atmosphere per unit area i.e. how heavy the air is, which is the corresponding force applied in the cylinder of penis pumps.
inHg vs. kPa Pressure Measurements
The unit of measurement doesn't change the power, accuracy or safety of the penis pump device. Regardless of the pressure measurement, all penis pump devices operate the same. A penis pump using kPa as its pressure measurement is no better or worse than a penis pump that uses inHg as its pressure measurement.
Pressure Conversion Chart Downloads
Use our inHg vs. kPa conversion chart below to enhance the accuracy and documentation of your penis pumping program.
Click here to download the Pressure Conversion Chart in PDF form.
Click here to download the Pressure Conversion Chart in a JPG