glass lined reactor thickness

As a core equipment in industries such as chemical and pharmaceutical,the thickness design of glass lined reactors directly affects the safety,corrosion resistance,and service life of the equipment.The thickness of the enamel layer and the wall thickness of the steel shell are two key parameters.The former needs to meet the standard range of 0.8mm-2.4mm,while the latter needs to be evaluated comprehensively based on strength,stiffness,and enamel firing process.

The thickness of the glass lined reactor thickness is 0.8mm,which can resist the erosion of most chemical media and has a theoretical service life of up to 10 years.A thinner enamel layer can reduce thermal stress and enhance resistance to temperature shock.The thickness deviation of the enamel layer should be controlled within±0.2mm to avoid thermal stress concentration or insufficient thickness causing porcelain explosion due to local excessive thickness.
The thickness design of glass lined reactor thickness should take into account standard specifications,process requirements,and economy.With the advancement of materials science and manufacturing technology,the thickness of the enamel layer may be further reduced,and the wall thickness of the steel shell will also be reduced through high-strength steel and optimized structure.