Titanium metal for longer durability and corrosion resistance

Forged titanium is utilized for multiple infrastructural and machinery making processes. It is mainly used for its corrosion resistance properties and also because of its compatibility with all other metals. Around 95% of mined titanium is utilized for manufacturing titanium oxide, which is then used in paints as a polishing pigment. Only 5% is further forged into titanium metal. It is widely known that titanium has the highest strength to density ratio among all the metallic elements. Due to its extraordinary strength, it provides excellent resistance to corrosion and high-end durability. 

Titanium forging is mainly done according to customer requirements to meet the specifications, rather than the set standards. Some common titanium standards by forging manufacturers in India are SAE AMS4911, SAE AMS4931, ASTM B381, SAE AMS4928, SAE AMSH81200. 

Advantages of Forged Titanium:

The main utility areas of forged titanium are marine engineering, salt-water equipment, drilling equipment, and other heavy machinery. In addition to it, they are also used in aerospace industries for the same purposes. Some popular machinery that utilizes titanium forging are ships, submarines, aircraft, rockets, helicopters, pressure vessels, and heat exchangers. 

Some benefits of using forged titanium for making heavy machinery are:

The metal is resistant to corrosive saline water; therefore, they can stay in seawater for a more extended period without getting worn out by reacting with salts.

Titanium has the highest strength/density ratio among all the metallic elements. Therefore they are the primary choice when it comes to the selection of high-tensile strength materials.

The titanium standards can be customized, and you can ask the forging manufacturers in India to forge the metal according to your standards.

It can be forged in various shapes and sizes, without much hassle.

Capabilities of forged titanium:

Typical forging foundries are equipped with hydraulic presses, pneumatic hammers, ring mills, bar planishing mills, and hydraulic upset presses. For high-quality material supply, the foundry must have all the essential machinery and follow standard procedures in forging the titanium metal. If the traditional methods are not followed during the manufacturing process, then the titanium metal is not very suitable for the heavy equipment industry and might become susceptible to wear and tear sooner than expected. 

Reasons why you should opt only for high quality, forged titanium?

Looking at its utility purposes, it is evident that any other metal cannot replace titanium. Therefore, only high-quality forged titanium must be used in manufacturing machines and its parts.

Few reasons why you should get assured about the quality of the forged titanium are:

Since titanium is metal, some other metal can be added to it, which will weaken its special properties.

The metal supplier must have all the necessary certifications and licenses from the government authorities.

High quality forged titanium lasts longer and delivers better results than its substitute alloys.

Titanium is used in industries that manufacture equipment like ships and submarines; therefore, using low-quality metal can risk the life of the sailors.