A unique strong wire capable of withstanding elevated temperatures is tungsten rhenium alloy. This wire consists of two scarce metals of high strength: tungsten and rhenium. tmc METAL is a manufacturer of premium-quality tungsten rhenium wire for various applications.
Aerospace Applications for Tungsten Rhenium Wire While most aerospace applications use either tungsten, rhenium, or tungsten-rhenium alloys, Selecting a tungsten-rhenium wire offers the best solution for the most extreme aerospace applications.
Tungsten rhenium wire is quite handy in aerospace where temperatures are high and conditions rugged for airplanes and rockets. For instance, it is applied in sensors that keep track of the temperature and pressure inside airplane engines. It is also employed in the wiring that links various parts of the airplane. The rheidium wire is strong and is perfect for these tough to tackle jobs.
Tungsten Rhenium Wire Strength vs Tungsten Rhenium Wire SizeComparison with tungsten.Having good high temperature strength,creep resistance and is most commonly used in wire temperature measurement volatilization deportion that provided by import foreign products;the reason is that the production or use of tin and its some alloys not from the place tin from raw materials in shortsupply.
Tungsten rhenium wire is famous for its strength and toughness. And it can take all kinds of abuse without breaking. This is an important feature for medical devices, or devices that need to be precise and reliable. It is, for example, incorporated in medical probes and tools that have to perform well over time.
Tungsten rhenium wire is important in many devices in medicine. Its strength and rigidity are essential for things like endoscopes, catheters and surgical tools. Resistance to high temperatures is also advantageous in devices that must be cleaned at high temperatures.
In the field of electronics, a high temperature stable wire with high conductivity is required, and so tungsten rhenium wire is very popular due to its high conductivity. It is used in innumerable electronic applications ranging from high-performance computers to sophisticated communication devices. Its resistance to high temperatures also makes it useful in electronics that run very hot, including power supplies and amplifiers.