

⚗️ Elevate your liquid analysis game—because precision is the new power move!
The EISCO Laboratory Hydrometer is a precision instrument designed to measure the specific gravity of heavy liquids within a range of 1.000 to 2.000, with fine 0.010 increments. Its iron shot ballast ensures stable, upright floating for accurate readings. At 11 inches long and 0.6 inches in diameter, it includes a durable protective case, making it ideal for laboratory, industrial, or home use.
| ASIN | B07DM98XS5 |
| Best Sellers Rank | #63,809 in Industrial & Scientific ( See Top 100 in Industrial & Scientific ) #41 in Lab Hydrometers |
| Date First Available | June 8, 2018 |
| Item Weight | 2.46 ounces |
| Item model number | PH0132C |
| Manufacturer | EISCO |
| Package Dimensions | 11.73 x 0.91 x 0.43 inches |
D**G
Exactly what I needed
This works flawlessly for my needs. It is accurate and easy to read while being much cheaper that other options. Unfortunately it took about a month to be delivered.
E**A
Herramienta útil.
G**T
Potter's glaze hydrometer
Fast service, good product. Sturdy storage case. Graduated cylinder will be useful with this length.
J**Y
nice but no instructions
I would have given it 5 star except it comes with literally no instructions. I guess they assume if you are ordering one you already know how to use it.
J**D
accurate but large
I use the hydrometer to measure the specific gravity of pottery glaze. This hydrometer works fine, but it's just kind of long. So, practically, it only works if you're going to measure a large amount of glaze, or measure it in a tall, thin vessel, like a graduated cylinder. I know this hydrometer is accurate because I bought a second one that was half the length. They both came up with the same results.
J**S
Easy To Read
I’m a potter and the large numbering and scale allow me to make specific gravity readings of my glazes very easy. Jas
J**S
Accurate
I tested its accuracy by comparing its reading to a clay glaze known to have a specific gravity of 1.400 as determined by weighing a known volume. The hygrometer was right on. Note that when measuring the specific gravity of viscous liquids, you must wait a long time for the hygrometer to settle. Potters who think their hygrometer is inaccurate probably have not waited long enough for it to settle. Settling in viscous liquids is speed up by vigorously tapping the container, but it will still take several minutes.
C**L
Garbage
Doesn’t work this is junk
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