Aggregated Intelligent Reactor

The Polymer Intelligent Reactor is an experimental device used for chemical reactions, typically characterized by its compact design and user‑friendly operation. This reactor features electrically driven lifting and separation, a bottom‑probe sampling function, and a touch screen with a fully touch‑operated interface. In addition, the Polymer Intelligent Reactor is equipped with data acquisition, recording, and report export capabilities, as well as safety interlock functions and an over‑temperature/over‑pressure alarm system.

Aggregation Synthesis Reactor

A polymerization reactor is a specialized piece of equipment used to prepare polymeric compounds. It is typically a vertical, cylindrical high‑pressure vessel equipped with a jacket through which steam or chilled water can be circulated for heating or cooling. This type of reactor is suitable for emulsion polymerization and features a horizontal, paddle‑type agitator made of stainless steel, driven by an electric motor via a transmission system and a gearbox. The outer wall of the polymerization reactor is commonly constructed from carbon steel, lined with stainless steel, though some reactors are also lined with enamel. During polymerization, production can be carried out either in a single reactor on an intermittent basis or in a series of multiple reactors in a continuous, cascading process. The polymerization feed enters the lower section of one reactor and flows into the upper section of the next. The reactor is fitted with instruments for monitoring temperature, pressure, and other parameters, as well as inlet and outlet ports for material feeding and discharging.

Polymerization Reactor

Polymerization reactors are widely used in the chemical industry and polymer engineering to produce a variety of polymers, such as polyethylene, polypropylene, polyamide, and polyether. Compared with traditional batch polymerization reactors, continuous polymerization reactors offer higher production efficiency, better product quality control, and more flexible operational capabilities. Continuous polymerization reactors can carry out continuous steps including feed addition, mixing, catalysis, polymerization, and discharge, thereby achieving the goal of continuous production³.

Polymerization Reactor

A polymerization reactor is a primary piece of equipment used to produce polymeric compounds. It is typically a vertical, cylindrical high‑pressure vessel equipped with a jacket for heating or cooling. It can be used for emulsion polymerization, featuring a horizontal, paddle-type agitator made of stainless steel inside; it can also be employed for bulk polymerization, in which case no agitator is installed within the reactor. Polymerization can be carried out either in a single batch reactor using intermittent production or in a series of multiple reactors for continuous production, with the polymerization feed entering from the bottom of one reactor and flowing into the top of the next. The reactor is fitted with instruments for monitoring temperature, pressure, and other parameters, as well as inlet and outlet ports.

Polyester Reactor

A polyester reactor is a reaction vessel used for synthesizing polymeric compounds, encompassing both esterification and polycondensation reactions. It is primarily employed in the fields of resin, rubber, plastics, and other polymer materials. Esterification is a reaction in which alcohols react with carboxylic acids or inorganic oxygen‑containing acids under specific temperature and pressure conditions to produce esters and water. Polycondensation refers to a reaction in which one or more monomers undergo condensation to form polymers, with the main product being known as a polycondensate. After the experiment is completed, open the bottom discharge port to carry out operations such as material discharge, fiber drawing, and pellet cutting.

1L Polymerization Reactor System

The 1L batch reactor is a laboratory-scale chemical reactor commonly used for polymer synthesis experiments. This type of reaction apparatus can carry out chemical reactions under controlled temperature and pressure conditions, making it suitable for research and testing in fields such as new materials, energy, and environmental engineering. It typically consists of an outer vessel and an inner liner; the inner liner may be made of polytetrafluoroethylene (PTFE) or modified polytetrafluoroethylene (TFM), while the outer vessel is constructed from non-magnetic stainless steel. The reactor design emphasizes safety, shifting from passive temperature control to active pressure control, and boasts excellent sealing performance to prevent leaks.

Small-scale alkoxylation unit

The small-scale alkoxylation pilot plant is primarily used for researching reaction processes involving propylene oxide, ethylene oxide, and other compounds under catalytic conditions. The plant is designed for a maximum operating temperature of 240°C and a pressure range of -0.1 to 6 MPa. The unit is engineered and constructed in accordance with laboratory testing equipment standards. Non-standard components are fabricated from corrosion‑resistant materials, and the plant is equipped with a PLC control system and multiple layers of critical safety protection systems to ensure operational safety. The entire plant is installed according to Exd IIBT4 explosion‑proof certification requirements.

Emulsion Polymerization Reactor

An emulsion polymerization reactor is a specialized piece of chemical equipment designed for emulsion polymerization processes, widely used in fields such as coatings, adhesives, and synthetic rubber. The device works by mixing monomers, emulsifiers, water, and other raw materials in a reaction vessel, then carrying out the polymerization reaction under controlled stirring and temperature conditions to produce high‑molecular‑weight emulsion products.

Aggregated Intelligent Reactor

Polymerization intelligent reactors are widely used in reaction processes across industries such as chemical engineering, pharmaceuticals, and food processing. They employ advanced automated control systems that can precisely adjust parameters like temperature, pressure, and stirring speed, ensuring both high efficiency and safety throughout the reaction process. Intelligent reactors are typically equipped with sensors and data acquisition systems that enable real‑time monitoring of reaction status and, through intelligent algorithms, optimize reaction conditions to enhance product quality and production efficiency. In addition, these reactors feature self‑cleaning capabilities and remote control functionality, making operation and maintenance more convenient. Their modular design lends the equipment a high degree of flexibility and scalability, allowing it to meet diverse production scale and process requirements.

Polymerization Reactor Unit

The 2L polymerization reactor unit is primarily used to evaluate and study process operations, explore optimal process parameters, and, through sampling, analysis, evaluation, and data processing, obtain data on product distribution and product properties—providing foundational design data for pilot-scale and industrial process design.