Preparation of Thin Layer Chromatography Analyzer by Column Layer Method

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The SF-16A column layer method is used to prepare a thin layer chromatography analyzer that can detect all organic compounds, especially those that are difficult to separate by gas chromatography or analyze by liquid chromatography, as well as large molecular compounds in drugs, and track the process of organic synthesis reactions. Complex samples that are difficult to detect by gas chromatography and liquid chromatography methods can be detected under open conditions. And it is very easy to quantify the analyzed samples. Mainly applied in the following research: lipids, phospholipids, waxes, fatty acids, synthetic lipids and synthetic oils, lubricants, lubricating oils, surfactants, various industrial lipids, crude oil, asphalt, residual oil and various hydrocarbon substances, polymers.

Product Details

SF-16APreparation of Thin Layer Chromatography Analyzer by Column Layer MethodWidely 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 fully enclosed process of preparing the SF-16A thin-layer chromatography analyzer 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. The SF-16A thin layer chromatography instrument is prepared using full electronic flow control technology and high-precision CNC machining technology. It uses a large screen full Chinese touch screen to ensure the accuracy and operability of experimental analysis data.

Application points:

The method of preparing thin layer chromatography for determining the four components of heavy oil is simple, sensitive, economical, and universal. The relative standard deviation can reach 1% to 2%, and generally can also reach around 5%. However, the determination results of this method are affected by factors such as spot sampling, development conditions, and scanning conditions. Mountain chromatography greatly improves the sampling error through technical means and achieves good data repeatability through a large amount of data testing.

The new SF-16A preparation thin layer chromatography has the characteristics of simple operation, fast analysis speed, and short analysis cycle. Adopting fully automatic intelligent operation control, the automatic control has good reproducibility and stable and reliable mechanical performance.

Applicable standards:

SHT0753-2005 Determination of Chemical Group Composition of Lubricating Base Oil Thin Layer Chromatography Method

Analysis of soluble organic matter and crude oil group components in rocks SYT5119-2008

SF-16APreparation of Thin Layer Chromatography Analyzer by Column Layer MethodTechnical Indicators:

FID stabilization time:<5 minutes, detection limit<1 × 10-9g/s;

Polarization voltage: 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: 220V/AC;

Frequency: 50/60Hz ± 5%;

Power: 120W;

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.

Instrument configuration:

(1) Air Generator SF-3000

(2) Hydrogen Generator SFJ-300

(3) Sample unfolding cylinder x4

(4) SFZK-300 Sample Unfolding Workbench

(5) Connecting pipelines

(6) Tool set

(7) Chromatographic iodine volumetric flask x2

(8) 10ul microsampler x2