SF-16A lubricant analyzer manufacturer

SF-16A Lubricating Oil AnalyzerWidely used in the analysis and detection of crude oil, heavy oil, residue oil, wax oil, slurry oil, lubricating oil, base oil, chromatographic fixatives, oils and fats, and traditional Chinese medicine. Can quickly analyze saturated hydrocarbons, aromatic hydrocarbons, colloids, and asphaltenes in samples. The analysis cycle is fast and only takes 2 hours, saving 96% of the analysis time compared to the traditional EC dissolution method (EC method takes 48 hours to analyze a sample). The SF-16A rod-shaped thin-layer chromatography analyzer has a fully enclosed process, which eliminates the need for operators to come into contact with toxic and harmful solvents, greatly protecting the health and safety of experimental personnel. The usage cost is only 1% of the traditional EC method, greatly reducing the usage cost.

SF-16A Lubricating Oil AnalyzerFeatures:

Simplicity: This instrument has the characteristics of easy operation, fast analysis speed, short analysis cycle, and accurate analysis data.

Environmental friendliness: Due to the use of toluene as a solvent and its low dosage, it greatly reduces the harm to human health, which is beneficial for environmental protection and the health of operators.

Economy: The chromatography rod can be reused, usually around 50 times, and only requires a small amount of solvent during the development process, making the cost very low.

Universality: It can directly detect a large number of organic compounds, including high boiling point samples that are difficult to use for gas chromatography analysis. Widely used in medicine, health, and environment.

It is composed of rod-shaped thin-layer separation technology and hydrogen flame ionization detection (TLC/FID) method.

Mix crude oil, heavy oil, residual oil, wax oil, slurry oil, lubricating oil
Samples such as chromatographic fixatives and oils are diluted with diluents and spotted onto thin layer rods coated with silica gel and alumina adsorption. After evaporating the solvent, they are placed in a chromatographic development tank and subjected to development, separation, and separation at a certain temperature and humidity. The thin layer rod samples are then entered into a detector and scanned for detection at a certain speed; The ion flow signal is collected and processed by a computer; Thus obtaining the analysis results.

SF-16A Lubricating Oil AnalyzerTechnical Indicators:

FID stabilization time:<5 minutes, detection limit<1 × 10-9g/s;
Voltage conversion: DC250V;
Scanning speed: 50-500mm/min (optional);
Sample size: 1ug~20ug;
Signal output: 0~2000mv;
Spectrum and data processing: online collection, real-time storage, and direct spectrum processing and report output;
Ignition device: fully automatic ignition;
Voltage: 220 V/AC
Frequency: 50/60Hz ± 5%;
Power: 120 W;
Gas and auxiliary gas: high-purity hydrogen, pure air (supplied by a random hydrogen air generator);
Flow requirements: hydrogen 0-220ml/min, air 0-1800ml/min; This range can be set arbitrarily