Glass Lined Horizontal Storage Tank manufacturer

Glass Lined Horizontal Storage Tank is a large corrosion-resistant equipment that has good reaction effects on many chemical media. To fully leverage its advantages in use, it is necessary to ensure its stability within a reasonable range. Can the glass lined horizontal storage tank manufacturer introduce its water resistance stability.
The reaction kettle has strong resistance to water erosion. Cold water has almost no corrosive effect, only hot water or steam can cause slight corrosion to the reaction vessel. But when the water contains dissolved substances, especially carbonic acid or carbonates, it can slightly corrode dental enamel.
The water resistance stability of glass lined horizontal storage tank depends on the relative content ratio of silicon dioxide and alkali metal oxides potassium oxide and sodium oxide. The increase in relative content ratio improved the water resistance and corrosion resistance of the reaction kettle; The effect of alkali metal oxides on improving the water resistance and corrosion resistance of enamel is that potassium ions are greater than sodium ions and lithium ions. When the content of potassium oxide and sodium oxide exceeds 18%, the hydrolysis of enamel in the reaction vessel is enhanced, and its resistance to water corrosion is weakened.
Additional information: Although the specifications of glass lined horizontal storage tank are different, they are all the same in terms of acid and alkali resistance. In theory, as long as the pH value is not greater than 12 and the temperature is controlled within 100 degrees, alkaline water will not cause damage to the reaction vessel. However, for safety reasons, we often recommend controlling the temperature between 70-80 degrees and the pH value around 10. This can ensure that the porcelain layer of the glass lined horizontal storage tank will not be damaged.
From the above introduction, we can see that the water resistance and stability of glass lined horizontal storage tank should pay more attention to the proportion of enamel components. Only equipment that meets production requirements can better utilize the stability of water, otherwise it will only lead to corrosion of the inner wall of the equipment, seriously affecting subsequent normal processing work.