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Built-in temperature control function (thermo module)
A digital refractometer that combines the wide refractive index range and measurement temperature range of the RX-7000α with the high measurement accuracy of the RX-5000α.
Easy measurement of Brix degree. Brix degree is used as an indicator of specific gravity (density).
Easy measurement of Baumé degree Baumé degree is used as an indicator of specific gravity (density). The MF2RFM-BM96812H converts sugar content (% Brix) to Baumé degree. This is based on a table from the AOAC International approved method, allowing for reliable measurements. 1 Baumé degree is approximately equal to 1.8% Brix, and in fully fermented wine, it corresponds to about 1% alcohol.
Digital refractometer (for ethylene glycol) / Model number MF2RFM-EG96831H
Easy operation, measurement in seconds. The MF2RFM-EG96831H and MF2RFM-PG96832H are industrial series that measure the concentration (% v/v) of ethylene glycol and propylene glycol, as well as freezing temperature. The MF2RFM-EG96831H is for ethylene glycol, while the MF2RFM-PG96832H is for propylene glycol.
Equipped with ELI functionality
Can be measured with high precision of ±0.0002 in refractive index.
The Brix scale displays up to three decimal places.
Brix accuracy ±0.01, refractive index accuracy ±0.00002
Built-in temperature control function (thermo module)
Layout incorporating ergonomics
Flat stage model of RX-5000α
The sample has a shape that is easy to extract, making it ideal for beverage measurement.
Built-in temperature control function (thermo module)
Expanded refractive index range and measurement temperature range of RX-5000α.
Equipped with a thermoelectric module (constant temperature function)
Measure the concentration of a very dilute aqueous solution of 5% or less with world-class high precision (±0.005%).
It is a digital high-precision optical device designed using the principle of refraction, which is compact, user-friendly, and equipped with a large digital display screen.
When a drop of the sample solution is placed on the prism, the measurement value is displayed within 3 seconds, allowing for the avoidance of subjective errors in numerical interpretation.
