Impact strength of glass lined flash tank

Impact strength is the ability of an object to withstand the impact of another object.

The impact resistance of glass lined flash tanks represents the work done by external forces that cause the enamel layer to be damaged or the ceramic layer to detach from the metal body, expressed in J (Joule).

The impact strength of enamel is the concentrated expression of various mechanical properties of enamel, reflecting the hardness of enamel and enamel layer

The degree of elasticity, compressive strength, bending strength, and the degree of bonding between the enamel layer and the metal body.

The impact strength of glass lined flash tanks varies depending on the product's shape and testing location, resulting in different test results. Due to the presence of greater stress in the curved and edge areas of the enamel layer, the impact strength of these areas is lower than that of the flat surface.

The impact strength of the glass lined flash tank not only depends on the mechanical properties mentioned above, but also on the thickness of the billet. The thicker the blank, the less likely the product is to deform under the impact force, and the enamel layer is also less likely to be damaged, resulting in a higher impact strength.

The relationship between the thickness of the enamel layer and the impact strength is that as the ceramic layer thickens, the impact strength decreases.