What is the performance of titanium material for storage tanks of sodium hypochlorite products?
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This post was last edited by sunjl1981 on 2013-1-6 at 21:05. The gasketed tanks used for sodium hypochlorite in the first phase of the project have shown poor performance. What is the performance of using titanium-made finished hyposodium tanks in phase two? I personally think it’s very good. ， ， -
It’s such a waste; it can be reinforced with PVC or fiberglass.
Using titanium is effective, but it comes at a higher cost; we use cement instead
I personally agree with the person on the first floor too! Sodium hypochlorite is itself a by-product of chlor-alkali production; its value is not high, so using titanium for it is truly a waste! PVC covering fiberglass is sufficient!
Using titanium is certainly no problem, but the cost is too high. I think it’s sufficient to wrap the FRP with PVC. The price for the same size is roughly one-fourth to one-fifth of that of titanium.
Titanium materials are very useful. These are our conclusions from the usage. In chemical manufacturing plants, sodium hypochlorite may not contain only hypochlorous acid; it can also have other components. For example, organic solvents can be used to destroy plastics, and hypochlorous acid must exist in an alkaline environment – the presence of caustic soda allows it to corrode enamel. Another advantage is that titanium has better adaptability, offering benefits in terms of temperature resistance, environmental tolerance, and anti-aging properties. If it is used for other purposes in the future, its range of applications will be wider. Another advantage of titanium is that it is unlikely to lose value; in fact, it has potential to appreciate in value.
Contact me for titanium containers: 0917-3307181, 13891754135, Zhang Jinbo
Ceramic ones will do; they meet the requirements for product quality, are inexpensive, and have a lifespan of 5 years, making them a good deal
We wrap FRP with PVC; that’s how we do it
Using titanium material is of course no problem, but sodium hypochlorite itself has limited added value; to make the use of a single container economically reasonable, it isn’t sensible to use titanium for sodium hypochlorite； We use tanks made of PVC, as they are resistant to corrosion and inexpensive; or we can use steel-lined PE tanks, which is also an option. Fiberglass FRP tanks work as well too. We haven’t used them before, and they probably aren’t cheap either