티타늄 합금은 주로 티타늄에 다른 원소가 추가되어 구성됩니다.. 티타늄은 두 개의 균일한 다형체로 존재합니다.: 알파 티타늄 (α-Ti): 882°C 이하, 티타늄은 조밀한 육각형 결정 격자 구조를 나타냅니다.. 베타 티타늄 (β-티): 882°C 이상, 티타늄은 체심 입방체 결정 격자 구조를 채택합니다.. By leveraging the distinct characteristics of alpha and beta titanium

What is special about Titanium Alloy? High Cost of Titanium Alloys Low chemical reactivity at high temperatures necessitates stringent smelting techniques Smelting must occur under high temperatures and vacuum conditions (often exceeding 800°C) More challenging than iron and steel smelting processes Special Applications of Titanium Alloys High-end metal materials with unique properties (경량, 고강도,

Drilling in titanium alloy processing has long been a technical challenge due to its unique physical properties, making it more difficult compared to other materials. Choice and Design of Drill Bits Material Selection: Using ordinary high-speed steel and hard alloys to manufacture drill bits to withstand the high hardness and wear resistance of titanium alloys.

최근에, 거대 기술 기업 화웨이가 새로운 플래그십 스마트워치 출시로 다시 한 번 혁신의 물결을 촉발했습니다., 화웨이 시계 4 프로 우주 탐험 에디션, 폭넓은 관심을 받고 있는. 특히 주목할 만한 점은 이 시계에 티타늄 금속을 혁신적으로 사용했다는 점입니다., highlighting Huawei’s profound understanding and unique pursuit of material technology in the smart

Ti-6Al-4V 티타늄 합금, as an advanced material, is renowned for its excellent mechanical properties, 고강도, 내식성, 피로 저항, and high-temperature stability. These advantages make it a star material widely used in aerospace, marine, 의료, automotive, and sports equipment fields. This article delves into its composition, outstanding performance, processing difficulties, and extensive applications to

The Relationship Between Titanium Dental Implants and MRI With the advancement of technology, 구강 건강에 중점을두고 있습니다. 티타늄 치과 임플란트, 고급 치아 복원 방법으로, 많은 환자들에게 호의를 얻었습니다. 하지만, 많은 사람들이 임플란트의 재료가 MRI 결과에 영향을 미칠 지에 대해 우려하고 있습니다.. This

Historical Journey of Titanium Discovery and Application Since the discovery of titanium in 1790, humans have embarked on a century-long arduous quest to harness its extraordinary properties. In 1910, metallic titanium was produced for the first time, but the journey to its application in alloys was long and challenging, achieving industrial production only 40 years