Gemäß zu berichten, Apple's new patent refers direct to the titanium alloy process, focusing on the progress of the titanium alloy industry chain. Up to now, Apple has obtained 8 patents related to titanium alloy materials. In addition, the Apple iPhone 15 high-end series Ultra is named the same as the Apple Watch titanium alloy series. If Apple's new Titan alloy technology is applied to the middle frame of the new generation of mobile phones, it will bring about iterative demand for polishing equipment.
As early as Januar 2021, Apple erhalten a Patent for a "semi-gloss treatment method for titan metal", which involves a process that combines sandblasting and etching with a chemical eloxing process to achieve the desired surface effect; in May 2022, Apple Erhalten the Patent authorization of "process for creating a textured surface on titanium alloy". According to PatentlyApple statistics, up to now, Apple has obtained 8 Patente verwandt zu Titan Legierung Materialien. In addition, the Apple iPhone 15 high-end series Ultra is named the same as the Apple Watch Titan alloy series. If Apple's new Titan alloy technology is applied to the middle frame of the new generation of mobile phones % 2c it will bring about iterative demand for polishing equipment.
Jedoch % 2c Titan Legierung Materialien auch haben Schwierigkeiten in Verarbeitung und niedrig Ausbeute. Due to the Eigenschaften von hoch Festigkeit% 2c niedrig Wärme Leitfähigkeit% 2c und hoch chemisch Aktivität, die mechanische Verarbeitung von Titan Legierungen ist relativ schwierig. At present, most of the processing of titan alloy products adopts cutting and grinding technology, which requires a diamond abrasive belt, sphärical bonded abrasive grinding head, poly Special components such as crystal superhard material tools, and different CBN grinding wheels (gelötet grinding wheels, galvandiert grinding Scheiben, and ceramic grinding wheels) are processed. Taking the middle frame of a mobile phone as an example, according to Aibang Polymer data, the overall yield rate of a titanium alloy mobile phone middle frame is about 30 percent -40 percent , which is far lower than 80 percent of an aluminum alloy middle frame.
If nothing else, the iPhone 15 Ultra should be the first mobile phone to use a titanium case. But Apple has actually tried this material on other products. At the autumn conference in September this year, it was released together with the iPhone 14 series, and there was also an Apple Watch Ultra. This smartwatch, no matter in terms of price positioning or product specifications, is a brand-new product system.
AppleWatchUltra ist ausgestattet mit einem Titan Gehäuse. In Bezug auf die Vorteile von diesem Material% 2c Apple % 27s offiziell Beschreibung ist das % 22Titan kann genial Balance Gewicht und Robustheit% 2c und ist mehr widerstandsfähig gegen Korrosion." On Mobile Telefone und andere Mainstream Smart Geräte, the most common Gehäuse Materialien sind still die Edelstahl und Aluminium Legierung wir erwähnt at der Anfang. Der ehemalige ist stärker und mehr glänzender, aber schwerer; der letztere ist leichter, und hat der Vorteil von leicht, aber ist allgemein robust. Titan kann besser Balance Härte und Gewicht, das ist, it can be light and hard.