PRODUCTS > Borui 5000L Industrial Chemical Reactor Prices With Stainless Steel Agitator

Borui 5000L Industrial Chemical Reactor Prices With Stainless Steel Agitator

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The Borui 5000L industrial chemical reactor with a stainless steel agitator is designed for large-scale batch production in chemical processing and related industries. With a 5000L capacity, the reactor can be customized for applications such as resin production, polymerization, adhesives, coatings, fine chemicals, pharmaceuticals, and specialty materials. Similar industrial reactor configurations commonly offer jacketed or external-coil heating and cooling, with agitator designs selected according to material viscosity and process requirements.

The reactor can be manufactured from SUS304 or SUS316L stainless steel, depending on the characteristics of the process medium. The stainless steel agitator is designed to provide effective material circulation and uniform mixing throughout the vessel. Different agitator configurations, including anchor, frame, paddle, or customized designs, can be selected according to viscosity, solid content, and mixing requirements.

For temperature control, the 5000L reactor can be equipped with a jacket or external coil system and configured for steam, thermal oil, or other suitable heating and cooling media. Additional equipment, such as condensers, distillation systems, vacuum units, temperature and pressure monitoring, and automated controls, can also be integrated according to the production process.

The final price of a 5000L industrial chemical reactor depends on the stainless steel grade, operating pressure, design temperature, agitator type, heating and cooling system, sealing method, automation requirements, and applicable manufacturing standards. Therefore, the exact price should be quoted based on the customer's technical specifications rather than capacity alone. Current online listings for 5000L stainless steel reactors vary significantly depending on configuration, confirming that customized specifications have a major impact on the final equipment cost.