Chase Instruments Hydrometer

The Chase Instruments hydrometer is used for the measurement and calibration of relative densities and specific gravities in chemical laboratories and research facilities.

The Chase Instruments hydrometer set is used for the measurement and calibration of relative densities and specific gravities in chemical laboratories and research facilities.

The Chase Instruments salt hydrometer with a measuring range of 0 to 120 is used for various analytical purposes in chemical laboratories and research facilities.

The Chase Instruments soil hydrometer with a measuring range of 0.995 to 1.038 is used for various analytical purposes in chemical laboratories and research facilities.

The Chase Instruments brix hydrometer is suitable for use in research facilities and general laboratories while conducting wide range of experiments. It features -5 to 5 brix range. It is mainly used to measure relative density of liquids.

The Chase Instruments baume precision hydrometer with a measuring range of 0 to 70 is used in chemical laboratories and research facilities for the measurement of specific gravity on evenly spaced scales.

The Chase Instruments brix precision hydrometer with a measuring range of 10 to 25 is calibrated at a temperature rating of 20 degree C and is used for the measurement of sucrose levels.

The Chase Instruments baume precision hydrometer with a measuring range of 50 to 61 is used in chemical laboratories and research facilities for the measurement of specific gravity on evenly spaced scales.

The Chase Instruments brix precision hydrometer with a measuring range of 20 to 30 is calibrated at a temperature rating of 20 degree C and is used for the measurement of sucrose levels.

The Chase Instruments baume precision hydrometer with a measuring range of 60 to 70 is used in chemical laboratories and research facilities for the measurement of specific gravity on evenly spaced scales.

The Chase Instruments baume precision hydrometer with a measuring range of 0 to 11 is used in chemical laboratories and research facilities for the measurement of specific gravity on evenly spaced scales.

The Chase Instruments brix precision hydrometer with a measuring range of 15 to 25 is calibrated at a temperature rating of 20 degree C and is used for the measurement of sucrose levels.

The Chase Instruments baume precision hydrometer with a measuring range of 20 to 31 is used in chemical laboratories and research facilities for the measurement of specific gravity on evenly spaced scales.

The Chase Instruments heavy specific gravity hydrometer with a measuring range of 1.2 to 1.42 is an ideal tool to measure the relative density and specific gravity of the chemical liquids.

The Chase Instruments heavy specific gravity hydrometer with a measuring range of 1 to 1.2 is an ideal tool to measure the relative density and specific gravity of the chemical liquids.

The Chase Instruments 300 mm baume precision hydrometer is suitable for use in research facilities and general laboratories while conducting wide range of experiments. It features 0 to 50 baume range 0.1 mm interval.

The Chase Instruments heavy liquid specific gravity hydrometer with a measuring range of 1.8 to 2 is an ideal tool to measure the relative density and specific gravity of the chemical liquids.

The Chase Instruments baume heavy specific gravity hydrometer with a measuring range of 54 to 65 is useful for obtaining the exact and precise of levels of specific gravity levels.

The Chase Instruments heavy liquid specific gravity hydrometer with a measuring range of 1.2 to 1.42 is an ideal tool to measure the relative density and specific gravity of the chemical liquids.

Use these plain form hydrometers for measuring specific gravity of soil samples in suspension. Hydrometers are 280 mm (11 in) long. The temperature standard for the soil hydrometers is 68 deg F (20 deg C).

For liquids heavier than water Tolerance ±1 scale division Requires a cylinder 300 x 38 mm and 300 mL of liquid.

Hydrometers are used to measure the specific gravity or relative density of liquids. They are commonly used in beer and wine making, for measuring petroleum liquids, for the measurement of saltwater, and for measuring the density of sugar solutions.

With range 0° to 100° Tralle in 1° divisions and 0 to 200° above proof in 2° divisions Calibrated at 60°F within a tolerance of ±0.5 smallest scale division Approximate total length 305 mm, length of scale 150 mm Requires a cylinder 340 x 38 mm and…

…length of graduated scale 140 mm Tolerance ±1 scale division Requires a cylinder 340 x 38 mm and approximately 260 mL of liquid. Models 6026Q20 and Q30 hydrometers have specific gravity scale in divisions of .002, Baume scale in 0.2°; 6026Q35 in 0.005 and 0.5°, 6026Q40 is scaled in 0.01 and 0.5°.

Calibrated at 20°C within a tolerance of ±0.1° and otherwise in accordance with the requirements of the U.S. National Bureau of Standards Interval 0.1°; approximate total length 340 mm, approximate length of scale 140 mm, with graduations at least 1.4 mm apart Require a cylinder 38 x 375 mm and…

…pellets free from lead and mercury. Specific Gravity – With over half of the Kimble Chase hydrometer products falling into this category, this is the most common hydrometer classification. Specific gravity hydrometers are available in a variety of graduation ranges and overall lengths.

…from steel pellets free from lead and mercury. Specific Gravity – With over half of the Kimble Chase hydrometer products falling into this category, this is the most common hydrometer classification. Specific gravity hydrometers are available in a variety of graduation ranges and overall lengths.

…from steel pellets free from lead and mercury. Specific Gravity – With over half of the Kimble Chase hydrometer products falling into this category, this is the most common hydrometer classification. Specific gravity hydrometers are available in a variety of graduation ranges and overall lengths.

…pellets free from lead and mercury. Specific Gravity – With over half of the Kimble Chase hydrometer products falling into this category, this is the most common hydrometer classification. Specific gravity hydrometers are available in a variety of graduation ranges and overall lengths.

Similar to 6030F10 series, but with thermometer; range 0 to 50°C in 1° divisions, with red line at 20°C and with temperature correction scale Length 375 mm, approximate length of scale 120 mm, with graduations at least 1.2 mm apart Interval 0.1°; tolerance ±0.1° …

For direct reading of degree (percentage) of saturation of salt at 60°F Range from 0° to 100° in 1° divisions; 100° indicates a saturated solution of sodium chloride in water, i.e. 26.395% salt Approximate total length 305 mm, approximate length of graduated scale 150…

For testing small quantities of liquids heavier than water Approximate total length 150 mm, approximate length of graduated scale 45 mm; interval 0.005 Tolerance ±2 scale divisions Requires a cylinder 150 mm deep x 25 mm i.d. and approximately 50 mL of liquid.