A low-cost additively manufactured titanium alloy that achieves strength and toughness surpassing conventional aerospace titanium materials through an ultra-minimal alloy composition, offering a new technical solution for the low-cost, large-scale application and industrialization of additively manufactured titanium alloys worldwide.

石油・ガス産業におけるチタン合金の主な用途と利点

Gr.の研削パラメータ5 ti 合金バーは、表面仕上げと寸法公差に直接影響します。 0.05 ～ 0.1 mm の最適な研削深さと 25 m/s の砥石速度により、砥石の粘着が低減され、H11、H9、H8、さらには H7 グレードなどの高精度公差要件が可能になります。

世界の高級チタン市場は依然として防衛主導であり、航空宇宙産業が世界のチタン需要の 40% を消費しています。

Forging and rolling of titanium are two commonly used process methods in titanium metal processing. They have significant differences in processing principles, applicable scenarios, advantages and disadvantages. ‌

Medical titanium rods have the following characteristics: good corrosion resistance, high specific strength, low elastic modulus, fatigue resistance, good biocompatibility, etc.

1. Titanium Melting Chanllenge: Reaction with gases When In high-temperature environments, titanium can react with oxygen, nitrogen and hydrogen, all these reacts will affect the titanium material. Oxygen Titanium is highly reactive with oxygen in high-temperature environments. When the temperature rises close to the melting point of titanium (about 1,668 °C), titanium reacts rapidly with

In this article, let’s talk about the titanium application in oil & gas. Over the past 20 years, we are seeing more and more operating companies switch over from copper nickel to titanium for their heat exchanger and piping needs due to reliability concerns. In recent years, the cases of titanium application in oil &

Titanium tube coils are increasingly recognized for their unique properties and versatile applications across various industries.

Titanium coil wire is a versatile and essential material used across various industries, including aerospace, medical, and manufacturing.