Introduction
The fully automatic Soxhlet extractor is used for determining the crude fat content in food, feed, oilseeds, detergents, polymers, pharmaceuticals, petrochemical products, soil, sludge, and for determining the benzene soluble content of fixed pollution sources waste gas, and the semi-volatile organic compounds of solid waste.
Key Features
Real national standard Soxhlet extraction, fully automatic completion of the whole extraction process
Dual heating mode, each time with pure organic solvent extraction,faster and more complete
The lever principle collection chamber press mechanism has high leakage prevention
A fully fluorinated pipeline design can withstand the majority of organic solvents
Product Parameters
| Number of channels | 6 |
| Measurement range | 0.1%~100%
|
| Extraction time | Shorten by 20% to 80% |
| Standard deviation | <0.5%
|
| Temperature control range | Room temperature 5°C~300°C
|
| Temperature control precision | ±0.1°C |
| Environmental temperature | 10°C~28°C |
Product Features
Real national standard Soxhlet extraction, fully automatic completion of the whole extraction process
It supports various methods such as classic Soxhlet extraction, Soxhlet thermal extraction, hot extraction, continuous extraction, etc. The data is accurate and the entire process of extraction, washing, and reagent recovery is fully automated.
Dual heating mode, each time with pure organic solvent extraction,faster and more complete
The collection bottle and extraction chamber are designed with dual heating,ensuring that the extraction chamber is always immersed in pure organic solvent for faster and more complete extraction.
The lever principle collection chamber press mechanism has high leakage prevention
The collection chamber press mechanism which employs the lever principle effectively prevents solvent leakage and makes the process safer.
Adopting a Positive Pressure Liquid Injection System to Enhance Data Accuracy
This instrument uses a positive pressure liquid injection system, effectively preventing bubble formation during the titration process. It features a built-in titrant container and a titrant level monitoring function to ensure smooth and uninterrupted experiments. The standard configuration includes a 25ml burette, with optional 5mL and 10mL burettes available to meet the precision requirements of various applications.
A fully fluorinated pipeline design can withstand the majority of organic solvents
The internal pipeline of the instrument is designed with fully fluorinated pipe-line, which can withstand the majority of organic solvents and meet most of the experimental requirements.
Partial standards
GB 5009.6-2016 National Food Safety Standard-Determination of Fat in Food.
GB/T 6433-2006 Determinaiion of crude fat in feeds.
NY/T 4-1982 Method for the determination of crude fats in cereals and oil crop seeds.
HJ 690-2014 Determination of benzene soluble substances in waste gas from stationary pollution sourles.
HJ 951-2018 Determination of semi-volatile organic compounds in solid waste.