Introduction: The B311 near-infrared spectrometer has a small and compact design, quick installation and simple operation, which can meet the needs of fast, non-destructive, qualitative and quantitative analysis of liquid samples in petrochemical, pharmaceutical, wine and military industries. Application areas: Pharmaceutical and chemical industry Raw material identification and quality evaluation can be directly analyzed in the user's warehouse or unloading site Used for rapid detection of intermediates in workshop production Property analysis of gasoline, diesel and aviation kerosene samples in petrochemical industry, such as density, octane number, cetane number, flash point, distillation range, etc. Analysis of hydroxyl value, acid value, moisture, saponification value, etc. in chemicals On-site rapid inspection of the mixing process Rapid detection of fermentation process Agriculture and food industry Type identification of agricultural and sideline products such as various edible oils, quantitative analysis of oleic acid and linolenic acid Qualitative identification of wine samples, quantitative analysis of alcohol content, acidity, density, ester content, etc. Quantitative analysis of nutritional elements such as protein and sugar in food samples such as soy milk Unit operation process control of fermentation, extraction, and refining in food and beverage production and processing links Technical Parameters: Detector: MAMES Wavelength range: 1150~1700nm/1250nm~2100nm/1300~2600nm (optional) Signal to noise ratio: 3000:1 (1800nm) Resolution: 8nm (1550nm) Light source power: 5W Sample temperature control: 25℃±..05℃ Operating system: Win7\win10 Power supply mode: DC12V/8A Communication method: USB2.0 Ambient temperature: 5℃～40℃ Environmental humidity: 5%～95% Product size: 473*386*199mm (L*W*H) Instrument weight: 5Kg
Introduction: The B311 near-infrared spectrometer has a small and compact design, quick installation and simple operation, which can meet the needs of fast, non-destructive, qualitative and quantitative analysis of liquid samples in petrochemical, pharmaceutical, wine and military industries. Application areas: Pharmaceutical and chemical industry Raw material identification and quality evaluation can be directly analyzed in the user's warehouse or unloading site Used for rapid detection of intermediates in workshop production Property analysis of gasoline, diesel and aviation kerosene samples in petrochemical industry, such as density, octane number, cetane number, flash point, distillation range, etc. Analysis of hydroxyl value, acid value, moisture, saponification value, etc. in chemicals On-site rapid inspection of the mixing process Rapid detection of fermentation process Agriculture and food industry Type identification of agricultural and sideline products such as various edible oils, quantitative analysis of oleic acid and linolenic acid Qualitative identification of wine samples, quantitative analysis of alcohol content, acidity, density, ester content, etc. Quantitative analysis of nutritional elements such as protein and sugar in food samples such as soy milk Unit operation process control of fermentation, extraction, and refining in food and beverage production and processing links
