Titanium Material Are Widely Applied in Defense and Aerospace Industry
Today why are titanium machined parts more and more widely used in the industry ,this is because of the material special features . Titanium has several properties that make it an excellent metal for use in different industries: among them the aerospace and defense industries stand out. For this, titanium needs to be combined with a large number of metals, thereby forming much more stable and resistant structures.
Titanium when placed in union with steel, acquires surprising properties. The characteristics that stand out are resistance to corrosion, resistance to extreme temperatures, and finally a low weight. This makes it excellent for use in the manufacture of aircraft or vehicle parts that need little weight to prioritize over speed. Followed by that, there is one of the most common alloys on the market: the alloy with aluminum and iron. This alloy allows extreme hardness but at the same time maintaining a light weight and some flexibility. Being a flexible alloy, it is used for the direct manufacture of aircraft, and in some cases for prosthetics of all kinds.
Titanium in the aerospace area
The use of titanium is not very frequent in the commercial area because it is extremely expensive, which is why its main use is in the development of aerospace technology. For the manufacture of aircraft, the materials with the best properties are required, which must meet at least the following qualities:
- Low friction and high resistance.
- High temperature stability and thermal shock.
- Dimensional stability over a wide range of temperatures.
- Low gas emission under high vacuum conditions.
- Electrical insulation from a wide range of temperatures and high voltages.
The component of titanium machining aerospace meets these properties so its use is capable of improving the safety and performance of aircraft engines and systems in extreme environments.
Titanium in the defense area
Just as many of the powers of titanium can be used for the manufacture of different aircraft, titanium also has the virtue of being used for the manufacture of defense devices and some vehicles. First of all, given the composition and structures formed through its alloys, it ends up creating materials that are resistant to friction, and that, despite having great hardness, is not hard to machine as long as taking the right manufacturing processes and cutting tools. This leads to the creation of critical components, such as helicopter landing gear, hydraulics and exhaust ducts. They are found on the propeller shafts of fighting boats because they are resistant to corrosion in salt water, and that is the same reason they are used for salt water aquariums, fishing lines, and even scuba diver knives. Special Forces. Some submarines are even made of this alloy.
Also, it is a material that is excellent in the manufacture of radar devices for combat troops that require fast movements and lightness in combat. Titanium radar devices are highly frequented by these groups since they have the necessary hardness not to lose quality, and at the same time they have an extreme lightness. Adding to the fact that several of these have different camouflage paints.
UYEE and the use of titanium
UYEE is a company that is aware of the properties and use of titanium in rapid prototyping industry. Therefore, he has begun to apply his knowledge to be able to use all the advantages of this metal not only for the creation of titanium components of defense devices, and for the creation of aircrafts, but also for the creation of prototype parts and pieces of machinery. That way, UYEE ended up creating a precision titanium machining specialized in the creation of these parts, not only to give quality to their machinery, but to make it as efficient and precise as those used in the defense and aerospace fields .Through the machining of this metal, it ends up creating pieces of true quality, impossible to break, and with all the faculties that a piece that would normally be used in other areas could have.
