Features:
Non-destructive: Use near-infrared light to directly illuminate the tested sample in diffuse reflection mode. Near-infrared light has certain penetrating power and is not destructive to the sample.
Fast: A single spectrum can be scanned in milliseconds. With the near-infrared spectroscopy analysis model, it can realize qualitative identification and simultaneous analysis of multi-component properties.
Source saving: No consumables are needed, realizing "zero" cost detection, and simultaneous analysis of multi-component indicators, which greatly saves detection costs and reduces detection labor intensity. Make environmental protection: directly obtain the near-infrared spectrum of the intrinsic quality of the characterizing sample, without pre-processing, avoid the use of toxic, harmful, and highly corrosive chemical reagents, and prevent "secondary pollution"
Application areas:
1. Raw material identification and quality evaluation can be directly analyzed in the user's warehouse or unloading site
2. Used for rapid detection of intermediates in workshop production
3. Property analysis of gasoline, diesel and aviation kerosene in petrochemical industry, such as density, octane number, cetane number, flash point, distillation range, etc.
4. On-site rapid inspection of the mixing process
5. Rapid detection of fermentation process in agriculture and food industry
6. Type identification of agricultural and sideline products such as various edible oils, quantitative analysis of acid, linolenic acid, etc.
7. Qualitative identification of wine samples, quantitative analysis of alcohol content, acidity, density, ester content, etc.
8. Quantitative analysis of nutritional elements such as protein and sugar in food samples such as soy milk
9. Unit operation process control of fermentation, extraction, and refining in food and beverage production and processing links