Glass lined reactor are widely used in industries such as chemical,pharmaceutical,and food due to their excellent corrosion resistance,temperature resistance,and chemical stability.However,manufacturers of glass lined reactors have high requirements for manufacturing processes,and any defects in the porcelain layer or design may lead to production accidents or product quality issues.
1.Acid and alkali corrosion resistance:glass lined reactor manufacturer need to have excellent acid and alkali corrosion resistance,able to withstand various concentrations of inorganic acids,organic acids,weak bases and other media.However,they are not suitable for strong bases,hydrofluoric acid and fluorine-containing ion media,as well as phosphoric acid and other media with temperatures greater than 180℃and concentrations greater than 30%.
2.Temperature resistance performance:The operating temperature of glass lined reactors should generally be within the range of 0-200℃.When the temperature changes significantly,it should be carried out slowly to ensure good temperature resistance performance of the equipment.
3.Impact resistance:The steel and glass used to produce the reactor must have good elasticity and hardness to ensure that the enamel reactor has good impact resistance.
4.Voltage shock resistance:The reactor may generate static electricity during stirring,so it needs to be able to withstand static electricity shock.
5.Pressure resistance performance:glass lined reactor manufacturer produce or consume gases during the reaction process,so they need to be able to withstand a certain pressure,usually 0.2~0.4Mpa.
6.Thickness requirements for enamel layer:The thickness of enamel layer should be between 0.8mm-2.0mm,and the thickness of accessories should be 0.6-1.2mm.Being too thick or too thin is not conducive to the quality of equipment.
7.Production qualifications and after-sales service:Manufacturers of enamel glass reactors with production licenses,such as Class I,II,and III pressure vessel design certificates,manufacturing certificates,enamel glass manufacturing licenses issued by national departments,should be selected.In addition,it is also important to assess the strength,qualifications,and after-sales service of glass lined reactor manufacturer.Professional manufacturers will provide free technical guidance and services.
8.On site inspection:It is recommended to conduct on-site inspections of potential glass lined reactor manufacturer to ensure their production capacity and product quality.
Choosing a manufacturer for glass lined reactors is a comprehensive game of technology,quality,and service.Enterprises need to prioritize selecting suppliers with core technology,strict quality control,and comprehensive services from the perspective of equipment lifecycle cost.