Do you need demineralized water for other uses?

Find out more

Do you need demineralized water for other uses?

Find out more

Densimeters for forklift batteries

All products
Contact us

A wide range of high-quality hydrometers, designed to meet the needs of different types of batteries. Our catalog includes professional hydrometers, ideal for industrial use and for the maintenance of large fleets of forklift trucks, specific hydrometers for alkaline and lead-acid batteries, as well as antifreeze hydrometers, useful for checking the glycol level in cooling systems.

In addition, we also offer a complete kit that includes a hydrometer, a thermometer, and a dipstick extension, everything you need for accurate and reliable battery testing.

Discover our density meters for forklift batteries

Misurare la densità nelle batterie dei carrelli elevatori

All our hydrometers are designed to ensure easy reading of electrolyte density values, so you can monitor the battery’s state of charge and identify any malfunctions. They are also made from high-quality materials that are resistant and durable over time. Choosing one of our hydrometers means relying on reliable, high-performance precision instruments that can meet the needs of anyone who needs to perform battery maintenance. Explore our catalog and find the hydrometer that best suits your needs!

Purchase assistance

Experienced and competent staff.

Made in Italy

High Italian quality

Warranty

ISO 9001:2008 certified products

Densimeters for forklift batteries: what you need to know.

Forklift battery densimeters are used to safely and reliably measure the density of the electrolyte inside lead-acid batteries. This tool helps assess the battery’s state of charge and overall health.

  • Ensure the battery is fully charged and allow it to rest for at least 4 hours before measuring the electrolyte.
  • Thoroughly clean the densimeter with distilled water to remove any residue.
  • Take a sample of electrolyte from the battery using a test tube or other appropriate equipment.
  • Observe the electrolyte level in the hydrometer and read the numerical value on the graduated scale.
  • Compare the density meter reading with the manufacturer’s reference table to determine the battery’s state of charge.
  • Check whether temperature corrections are necessary to compensate for changes in electrolyte density due to temperature.
  • After use, clean the densimeter with distilled water and store it properly to ensure a long service life.

To keep your battery in excellent condition and maximize its life, you should:

  1. Recharge the battery regularly after use and preferably as soon as possible to avoid irreparable damage.

  2. Ensure that you charge the battery to full capacity each time you recharge it to prevent sulfation and reduce capacity over time.

  3. Monitor the electrolyte density using a hydrometer and add distilled water if necessary to maintain the density within the recommended levels.

  4. Keep the battery terminals clean and periodically check for wear and corrosion, cleaning any deposits with baking soda and water.

  5. Avoid excessive deep discharges and limit battery use to prevent overcharging and overheating.

  6. Keep the battery in a cool, well-ventilated environment, avoiding extreme temperatures that could damage it.

  7. Perform regular checks and maintenance on the battery, following the manufacturer’s recommendations and replacing defective components promptly.

After taking a measurement with a battery densimeter, the electrolyte density values are displayed. These values can be expressed in different units of measurement, such as specific gravity point (SPG) or specific gravity (SG). The reading provided by the densimeter allows you to assess the battery’s state of charge. A higher than normal electrolyte density value generally indicates a fully charged battery, while a lower value may suggest a discharged or poorly conditioned battery.