Regarding Senlang Instruments,UC50 solution olefin polymerization reactorIt is mainly used to evaluate and study the process, explore process parameters, obtain data on product distribution and properties, and provide basic data for experimental process design. Equipped with a 50L high-temperature and high-pressure reactor, as well as a series of suitable stirring, heating, control equipment, and product granulation systems.

Main components of UC50 solution olefin polymerization reactor

Aggregation reactor: designed with a pressure of 8MPa, equipped with a high torque magnetic coupling stirrer and current monitoring, heated by an electric heating furnace. Magnetic coupling stirrer: made of 316L material, capable of stable operation under high temperature and high pressure conditions, ensuring uniform reaction.

Collection tank: with a capacity of 300ML, made of 316L material, and a pressure resistance of 8MPa, used for collecting reaction products. Condenser: Adopting a shell and tube design, made of 316L and 304 materials respectively, to ensure condensation effect and improve reaction efficiency. Feeding unit design: Standard gas path design, equipped with nitrogen gas port, exhaust port, powder feeding port, temperature measurement port, etc., to ensure the safe storage and precise feeding of raw materials. Reaction unit design: The reaction vessel adopts an anchor type stirring design with built-in monitoring points to ensure real-time monitoring and control of the reaction process.

Solution polymerization is an important method for polymer synthesis, which involves dissolving monomers in a suitable solvent, adding co catalysts and catalysts, and conducting polymerization reactions in a solution state. Polyolefin materials are mainly obtained by homopolymerization or copolymerization of olefins such as ethylene and propylene, including polypropylene (PP), ethylene propylene rubber (EPR), and thermoplastic elastomers (POE). The application of metallocene catalysts enables the solution polymerization process to prepare polyolefin products in various application fields. Advantages of solution polymerization: high efficiency: able to react at lower temperatures, improving energy efficiency. Flexibility: The reaction conditions can be adjusted according to different needs to produce products of various specifications. Product quality: By precisely controlling the reaction conditions, the purity and consistency of the product can be effectively improved. In order to obtain purer polymer products, a continuous washing and purification separation device is usually required for the solution polymer. Efficient separation: It can effectively separate relatively clean solution polymers, ensuring the continuous and stable operation of the washing and separation process. Automated control: equipped with float level gauges and control valves to achieve automated level control and flow regulation. Environmental protection and energy conservation: By optimizing the process flow and equipment design, energy consumption and environmental impact can be reduced. The core reaction unit of the device structure is the polymerization reactor, which is usually equipped with pressure gauges, gas/liquid feed pipelines, exhaust pipelines, and overflow systems to achieve continuous feeding and dynamic pressure control. The mixing unit is combined with a scraper design to prevent polymer wall fouling and improve heat transfer efficiency. The auxiliary system material circulation system recovers unreacted gas through a gas-liquid separation device, forming a closed-loop circulation to reduce energy consumption. Spray units are used to uniformly disperse catalysts or terminators, optimizing reaction uniformity.

Application fields of UC50 solution olefin polymerization reaction device

Polyolefin materials have a wide range of applications in various fields due to their excellent properties, including packaging, pharmaceuticals, optics, and electronics. The application of metallocene catalysts enables the solution polymerization process to prepare polyolefin products that meet the high standard requirements in these fields.

The main application areas of UC50 solution olefin polymerization reaction device are:

Packaging: Used for producing high-strength, high barrier packaging materials.

Medical and pharmaceutical: Production of polymer materials for medical devices and drug carriers.

Optics field: used for manufacturing high-precision optical components and lenses.

Electronic field: producing high-performance electronic components and insulation materials.