Composite titanium equipment
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Our company owns over 20 enamel-coated equipment, all of which are intermediate tanks with a diameter of 800 and a height of 1500. The operating condition is a long-term negative pressure of 90 vacuum levels, with operation at normal temperature. Enameled equipment is prone to damage and difficult to repair. I am now looking to optimize the material used for the equipment; I am considering using steel lined with PTFE or composite titanium. I would like to ask the experts whether this is feasible Is there any good way?
For the linings of vacuum equipment, the bonding strength must be taken into account, especially in a negative pressure environment
It depends on the medium; it’s necessary to see if it can resist corrosion.
Is it a medium issue? Negative pressure has no effect on enamel.
In a vacuum environment, using PTFE lining isn’t very ideal; it’s better to use composite titanium
Our company carries out titanium lining work on enamel reactors on a regular basis; we can also manufacture reactors with composite titanium plates. Are you interested?
:Lol, we’ve received a batch of orders recently. The customers were using enamel reactors before, but now they’re ordering titanium composite panels; since there are vacuum conditions involved, it’s better to use composite panels~
The heat exchange performance is poor with a PTFE lining; under negative pressure, the lining tends to peel off. Instead of glass-lined steel, it is best to use titanium composite plates. The medium needs to be reviewed to determine whether titanium is a viable option.
It is best to test the corrosion behavior of the material in solution; titanium is resistant to corrosion