Varnishing BM-2W Abbe refractive index 1.3000~1.7000nD
The instrument is connected to Thermostat to measure the refractive index nD at a temperature of 0 ℃ to 70 ℃, which can measure the percentage of sugar concentration in Sucrose solution (0~95%, equivalent to a refractive index of 1.333~ 1.531).
SHSGBM-
INESA WZB-F A1 digital salinity refractometer 0~28%
$ 293.00 -
INESA WZS 92 Handheld sugar refractometer 58~ 92% Brix precision opticalin strument
$ 117.00 -
HANNA HI96802 (Fructose) Brix Glucose Refractometer
$ 486.00 -
SUOGUANG 2WAJ Monocular Abbe refractometer, measuring range 3000-1.7000 nD
$ 343.00 -
INESA SGW-756 automatic refractometer (temperature control)
$ 9864.00
What is Abbe refractometer
An Abbe refractometer is a scientific instrument used to measure the refractive index of a substance, which is the bending of light caused by changes in the speed of light as it travels through the substance. It measures the refractive index by passing light through the sample to be measured and measuring the angle of refraction of the light. The Principle is based on the law of refraction and usually includes a light source, a beam of light, a sample chamber and a measuring device. By measuring the angle of incidence and refraction, and using a reference material with a known refractive index, the Abbe refractometer can accurately determine the refractive index of the sample to be measured, which is crucial for analyzing the composition, concentration and optical properties of a substance. It is widely used in fields such as chemistry, food science, pharmacy and materials science, providing a powerful tool for research and quality control, helping scientists and engineers gain a deep understanding of the properties of different substances.
Introduction
BM-2W Abbe refractometer is an instrument that can measure the refractive index nD and average dispersion nF-nC of transparent, translucent liquids or solids (mainly measuring transparent liquids). If a thermostat is connected to the instrument, it can measure the temperature. It is the refractive index nD within 0℃~70℃.
Refractive index and average dispersion are one of the important optical constants of a substance, which can be used to understand the optical properties, purity, concentration and dispersion size of the substance. This instrument can measure the percentage of sugar concentration in sucrose solution (0 to 95%, equivalent to a refractive index of 1.333 to 1.531). Therefore, this instrument has a wide range of uses. It is an indispensable and commonly used equipment in factories, schools and related research units in the petroleum industry, oil industry, pharmaceutical industry, paint industry, food industry, daily chemical industry, sugar industry, and geological survey. one.
SHSGBM BM-2W Abbe refractometerSpecifications
| LIST | VALUE |
|---|---|
| Refractive index (nD) Measurement Range | 1.3000~1.7000 |
| Refractive index (nD) measurement Accuracy | ±0.0003 |
| Sugar concentration (%) Minimum Graduation | 0.5 |
| Sugar concentration Measurement Range (%) | 0-95% |
| telescope magnification | 2X |
| reading mirror magnification | 22X |
| Instrument paints | Metal anti-corrosion paint |
| Instrument Weight | 5 kg |
SHSGBM BM-2W Abbe refractometer Packing list
host X1, manual X1, certificate X1, warranty card X1
[Note] Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.
FAQ
- Fluorescence Microscope: a magical instrument that illuminates the microscopic world
- Lens Barrel and Eyepiece: Precise Construction and Function of Microscope
- Classification of Objectives: Revealing Key Components of the Microscopic World
- Microscope: a weapon to reveal the mysteries of microscopic life
- What is Nano Microscope?
- Coated steel coatings - Determination of dry-film thickness
- How to use trinocular Microscope
- Metallurgical Microscopy: Precision tools to reveal the inner mysteries of metals
- Dry-film thickness measurement: magnetic and mechanical methods
- Polarized Microscope: A Scientific Journey to Explore the Special Properties of Light


BM-2W
BM-2WAJ






