Coating Reflectometer ReflectometerModel: C84-II

Coating Reflectometer Reflectometer

Technical parameters: 1. Measurement range: 0-100
2. Repetitive accuracy: 0.3%
3. Display data proportional to reflected light intensity
4. The spectral sensitivity of the instrument is approximately equal to the interaction between Sc (λ) and y (λ)
5. Environmental temperature: 23 ℃+/-5 ℃, relative humidity<85%
6. Input power supply: 220V+/-10% 50Hz
Detailed introduction: The C84-II reflectometer is designed to implement international standards in the chemical industry, including coatings, pigments, inks, and more
* * Instruments developed according to standards and national standards. It can be used for measuring the coverage and reflectivity of paint films.
This instrument complies with international standards ISO3906-1980 (E) and GB/T13452.3-92 GB9270-88、
GB5211.17-88 specifies the requirements for this instrument.
This instrument consists of a probe, a host, a standard board (one black and one white), and a working ceramic board (two black and two white).
The probe adopts the principle of 0-degree irradiation and diffuse reflection reception. When the reflected light of the sample acts on the surface of the selenium photovoltaic cell
The electrical signal is input to a DC amplifier for amplification and displayed as a reading.

6. Input power supply: 220V+/-10% 50Hz
Detailed introduction: The C84-II reflectometer is designed to implement international standards in the chemical industry, including coatings, pigments, inks, and more
* * Instruments developed according to standards and national standards. It can be used for measuring the coverage and reflectivity of paint films.
This instrument complies with international standards ISO3906-1980 (E) and GB/T13452.3-92 GB9270-88、
GB5211.17-88 specifies the requirements for this instrument.
This instrument consists of a probe, a host, a standard board (one black and one white), and a working ceramic board (two black and two white).
The probe adopts the principle of 0-degree irradiation and diffuse reflection reception. When the reflected light of the sample acts on the surface of the selenium photovoltaic cell
The electrical signal is input to a DC amplifier for amplification and displayed as a reading.