Titanium has considerable use in all kinds of industries. This is thanks to its incredible corrosion resistance and mechanical qualities. Whether you choose titanium grade 5 (6AL4V) plate/sheet or other grades in different forms, you can rely on the materials.
A crucial thing to keep in mind is titanium is capable of replacing stainless steel, especially with chemical applications. It is a wise switch because it can extend the lifespan of your equipment. Moreover, it can improve productivity, prevent pollution, and save costs. It can be the ideal choice for many different applications, even if you need to pay a little more upfront.
Titanium alloy sheets, bolt fittings, flanges, pipes, and more are seeing wider usage in the chemical industry. Plus, as technologies and processes develop, the equipment will likely see more extensive usage.
Chlor-alkali industry
One of the primary users of titanium is the chlor-alkali industry. It was among the first to adopt it. Manufacturers create pesticides, chlorine gas, oxychloride, and bleaching powder. Titanium is useful because it can last in the strong corrosive environments. Examples of uses for it include wet chlorine coolers, anode liquid pumps, and dechlorination towers.
Petrochemical fibre
Titanium equipment is employed by establishments designing and creating vinylon, nylon, and polyester. It is the same for other petroleum-based chemical fibres. Using titanium really helps improve operations here. This is especially true in the areas of stable and safe continuous production and quality improvement. It is especially good because it can stop premature corrosion failure of stainless steel and extend equipment service life. It offers multiple economic benefits as well.
Fine chemical engineering
Producing fine chemicals is one of the hardest processes. Often the raw materials and products you are producing have huge corrosive power. So, materials like stainless and carbon steel may not be able to handle it. Titanium can be the better option for the increase in corrosion resistance.
PO production is a good example. Liquid chlorine and propylene are the two leading raw substances here. They are both powerful corrosives. Titanium can be the best option for pipes and other infrastructure in PO plants. Titanium grade 5 (6AL4V) plate/sheet is a great choice.
Soda ash industry
Titanium has some important uses here. It is primarily used in crystallising exterior coolers and ammonia condensers at the top of distillation towers. It is good for ammonium chloride mother liquid heaters and plate heat exchangers. Other applications include crystallising umbrella plate heat exchangers and carbonising tower cooling pipe. Finally, there is crystallising carbon dioxide tubing compressor rotor impeller and alkali pumps.
Other examples
There are a few other industries that also make use of titanium. For example, you can use it for centrifugal distribution plates, calcining kiln feed pipe, and film concentrator items for oxide production.
Titanium also has its place in urea synthesis tower lining and ammonia stripping towers. Other uses here are general decomposition tower heaters, methylamine pump inlets, discharge springs and valves, and high pressure mixers.
Then there is dyestuff. It is possible to use titanium for coil heat exchangers, absorption towers, and purification tower nozzles, fans, and water ring vacuum pumps.
Lastly, there is nitric acid. Titanium works well with evaporators, exhaust preheaters, and steam preheaters. The other uses include turbine blowers, condensers, quick coolers, and gas scrubbers.
Properties of titanium alloys
We want to end things by discussing the properties of the alloys, including titanium grade 5 (6AL4V) plate/sheet. Talking about these should give you an idea why the chemical industry values them so much.
One feature is the lower density. Titanium can massively lower the weight of various pieces of equipment. As a result, it can offer some massive advantages.
Titanium has higher strength too. It includes fatigue strength, creep strength, and elongation strength. The alloys have a great elastic deformation capacity too. The material’s yield strength is great and the elastic modulus is low. So, it is a good choice for springs.
Another property is the low coefficient of expansion. This makes equipment more adaptable to temperature shifts. What’s more, it lowers the interior stress of structural components.
Titanium is also non-magnetic. You can employ it for the regular use of some control, communication, and detection tools in many types of equipment.
Ordering titanium grade 5 (6AL4V) plate/sheet and more
At Brindley Metals, we leave it to the clients to judge our service. As specialists in our field, we are among the most trusted suppliers of metal goods. At the same time, we provide competitive pricing on the highest grade metals. We even operate fast delivery services.
So, if you need titanium grade 5 (6AL4V) plate/sheet or other forms of different grades, you can rely on us. Feel free to get in touch if you want product specs, advice, and other help.