Xylene is one of the volatile organic compounds. This toxic and carcinogenic compound is considered to be related to toluene and is of three types: ortho xylene, meta xylene and para xylene. It is frequently used in chemical processes such as chloroform.

Xylenes are an important component in surface coating work due to their mixtures, high solvents and easy evaporation. Xylene, which is a widely used solvent, is also used in agricultural chemicals with its solvent power and evaporation properties.

In chemical processes the extraction is to separate the organic matter in a solution with the aid of another organic solvent that dissolves but does not mix with the solvent in the solution. In fact, as is generally known, this process is not a purification process but a separation process. Chemical active extraction method is used in separation or purification studies of acidic, basic and neutral organic compounds.

The xylene compound also has a strong solvent property with a maximum solubility fraction and is used in the analysis of materials and materials used in the production of packages.

Polyolefin group raw materials such as polypropylene (PP) and polyethylene (PE) are much more economical and long lasting than metallic materials. Also light, flexible and high performanceı there arebecause of polyolefin group raw materials are used in packaging industry too.

The storage and transportation of foodstuffs without spoiling is possible with correct and high quality packaging. In areas where packaging and distribution systems are not sufficient, a significant portion of the food is wasted. However, economic losses can be prevented and human health can be protected with correctly designed and high quality packaging materials and materials.

Within the scope of package analysis in advanced laboratories, maximum solubility fraction analyzes in xylene in polyolefin group plastic packages are also performed. These analyzes are based on standards published by domestic and foreign organizations.