Jiangxi Tianyi Special Oil Co., LTD. Explores The Preparation Methods And Processes for High-Temperature Synthetic Heat Transfer Fluids

At Jiangxi Tianyi Special Oil Co., LTD., we are dedicated to producing high-quality Heat Transfer Fluids, including Dibenzylbenzene (DBT) and Monobenzyltoluene (MBT), which are high-temperature synthetic Thermal Conductive Oils with exceptional thermal conductivity properties. These fluids are extensively used in industries such as chemical, petroleum, electronic, and metallurgical for efficient high-temperature heat transfer and insulation. The preparation process of high-temperature synthetic heat transfer oils involves various methods and techniques, which we will introduce below to enhance your understanding of the process.

Nitrilation Method: One of the key methods employed by Jiangxi Tianyi Special Oil Co., LTD. for preparing high-temperature synthetic Heat Transfer Fluids is the nitrilation method. This process involves converting organic compounds into nitrile compounds through nitrilation reactions, followed by cracking to produce heat transfer oils. The steps include: (1) selecting suitable organic compounds like aromatic hydrocarbons or aliphatic alkanes; (2) reacting these compounds with cyanides to form nitrile compounds; (3) cracking the nitrile compounds to yield heat transfer oils.

Alkylation Method: Another commonly used method by Jiangxi Tianyi Special Oil Co., LTD. is alkylation, which converts organic compounds into alkyl compounds through alkylation reactions, followed by cracking to create heat transfer oils. The process involves: (1) choosing appropriate organic compounds, such as polycyclic aromatic hydrocarbons or multi-substituted aromatics; (2) reacting these compounds with alkanes to produce alkyl compounds; (3) cracking the alkyl compounds to obtain heat transfer oils.

Hydrocracking Method: The hydrocracking method is also a preferred technique at Jiangxi Tianyi Special Oil Co., LTD. for the preparation of high-temperature synthetic Heat Transfer Fluids. This method involves hydrocracking organic compounds at high temperatures and pressures. The steps include: (1) selecting suitable organic compounds; (2) reacting them with hydrogen gas in the presence of a catalyst for cracking; (3) obtaining pure heat transfer oils through separation, decolorization, and other purification steps.

Ester Exchange Method: The ester exchange method, typically used for low-temperature heat transfer oils, is also adapted by Jiangxi Tianyi Special Oil Co., LTD. for high-temperature applications. This process involves converting ester substances into heat transfer oils through ester exchange reactions. The steps are: (1) selecting appropriate ester substances; (2) reacting them with alcohols under high temperature and pressure; (3) extracting pure heat transfer oils through distillation and filtration.

Olefin Polymerization Method: The olefin polymerization method, utilized by Jiangxi Tianyi Special Oil Co., LTD., involves polymerizing olefin substances into long-chain hydrocarbons to form heat transfer oils. The process includes: (1) selecting suitable olefin substances; (2) heating them and adding catalysts to catalyze polymerization reactions; (3) obtaining pure heat transfer oils through separation and purification.

To enhance the quality and performance of our Heat Transfer Fluids, Jiangxi Tianyi Special Oil Co., LTD. employs various processes during preparation. We carefully control reaction temperature, pressure, and catalyst addition to optimize product yield and quality. Additionally, we use separation, decolorization, and deodorization processes to remove impurities and improve the purity and stability of our Thermal Conductive Oils.

In conclusion, Jiangxi Tianyi Special Oil Co., LTD. offers a range of preparation methods for high-temperature synthetic heat transfer oils, including nitrilation, alkylation, hydrocracking, ester exchange, and olefin polymerization. Each method has its specific applications and benefits, and we select the most appropriate technique based on the desired outcome and customer requirements, ensuring the highest standards in our products.