Tri-purpose Ultraviolet Analyzer (UV Analyzer) is used to test fluorescent substances in a variety of materials, including paper, aluminum foil, plastics, paint and coatings.
Multifunctional Ultraviolet Analyzer (UV Analyzer) applications and features
Ultraviolet Analyzer (UV Analyzer) is a fully enclosed metal camera that eliminates the need to operate in a dark room, making it easy to use and easy to operate.
The hand-held Ultraviolet Analyzer (UV Analyzer) detects DNA strips
The portable Ultraviolet Analyzer (UV Analyzer) is a short wave Ultraviolet lamp (254nm). The portable Ultraviolet Analyzer (UV Analyzer) detection lamp uses Ultraviolet light to perform fluorescence analysis and verification of materials.
Ordinary material molecules in the ground state are irradiated by the excited light (ultraviolet light) and absorb the excited energy, and the material molecules are in the excited state.
The analyzer uses low pressure mercury vapor discharge, low pressure mercury lamp is mainly emitted by 254nm short-wave ultraviolet light using light quantum modulation method, the inner wall of the lamp is coated with a layer of characteristic fluorescence material,
Three-use Ultraviolet Analyzer (UV Analyzer) applications
Tri-purpose Ultraviolet Analyzer (UV Analyzer) is used to test fluorescent substances in a variety of materials, including paper, aluminum foil, plastics, paint and coatings.
Multifunctional Ultraviolet Analyzer (UV Analyzer) applications and features
Ultraviolet Analyzer (UV Analyzer) is a fully enclosed metal camera that eliminates the need to operate in a dark room, making it easy to use and easy to operate.
The hand-held Ultraviolet Analyzer (UV Analyzer) detects DNA strips
The portable Ultraviolet Analyzer (UV Analyzer) is a short wave Ultraviolet lamp (254nm). The portable Ultraviolet Analyzer (UV Analyzer) detection lamp uses Ultraviolet light to perform fluorescence analysis and verification of materials.
UVC portable Ultraviolet Analyzer (UV Analyzer) fluorescent analysis principle
Ordinary material molecules in the ground state are irradiated by the excited light (ultraviolet light) and absorb the excited energy, and the material molecules are in the excited state.
UVA Ultraviolet Analyzer (UV Analyzer) Fluorescence analysis principle
The analyzer uses low pressure mercury vapor discharge, low pressure mercury lamp is mainly emitted by 254nm short-wave ultraviolet light using light quantum modulation method, the inner wall of the lamp is coated with a layer of characteristic fluorescence material,