glass lined reactor factory

glass lined reactor factory

As a core equipment in industries such as chemical,pharmaceutical,and food,the production process of glass lined reactors must strictly follow technical specifications and safety standards.Due to the fact that the embryo of the enamel glass reactor produced by the enamel glass lined reactor factory is made of steel plate,which has the hardness of metal and can withstand high operating pressure,it is suitable for chemical reactions that require high-pressure operation.

1.Pressure and temperature standards

The design pressure of a glass lined reactor is usually 0.2-0.6MPa,and the operating temperature range is 0-200℃.It needs to have temperature resistance to sudden changes of120℃cold shock and200℃hot shock.For high pressure or high temperature requirements,glass lined reactor factory need to customize reinforced structures,such as using high-strength steel plates and special enamel firing processes.

2.Material and process requirements

The base material should be selected from low-carbon steel or low-alloy steel to ensure weldability and hydrogen penetration resistance.The thickness of the enamel layer needs to be controlled between 0.8-2.0mm(with an upper limit of 2.2mm when the nominal volume is≥10000L),and the thickness uniformity error should be≤0.2mm.The production process requires the implementation of the"low-temperature long burning,slow cooling"process to ensure the density of the ceramic layer.

3.Structural adaptability

The enamel glass lined reactor factory designs open or closed structures according to process requirements.Open reactors are easy to maintain,while closed reactors have better sealing.The type of agitator should match the material characteristics:anchor agitator is suitable for high viscosity materials(such as resin synthesis),and turbine agitator is suitable for low viscosity rapid mixing.

The glass lined reactor factory needs to take technical specifications as the core,quality control as the support,safety and environmental protection as the bottom line,and build a full chain management system.In the future,with the deep integration of intelligent manufacturing and green manufacturing,the industry will accelerate its evolution towards customization.Factories need to continuously improve their technological innovation capabilities to adapt to changes in market demand.