Aluminium Profiles for Sliding Door
Features
of aluminum frame decoration:
1.
Wide application range: applicable to machine frame, support, door, industrial
automation equipment, factory and office workbench, shelf, container, ladder, aluminium
door frame etc.
2.
Convenient construction: it is modular and multifunctional, and can quickly
frame the ideal mechanical equipment without complex design and processing.
3.
Beautiful and practical appearance: light weight and high stiffness, simple and
beautiful appearance without paint.
4.
Strong expandability: unique T-shape and groove design. When installing
components, nuts and bolts can be installed at any position without dismantling
profiles. The refitting equipment is simple and fast.
Purpose
of frame decorative aluminum:
1.
Mechanical frame structure and connection of various parts;
2.
Workbench, industrial assembly line and conveyor belt;
3.
Small automatic equipment and non-standard electromechanical equipment;
4.
Industrial inspection and detection and safety protection system;
5.
Electronic and auto parts assembly line;
6.
Chemical, pharmaceutical, medical, food cleaning and other equipment;
7.
Commercial exhibition, outdoor advertising and stage setting,hanging door frame,aluminium
glass door,hanging door rail,hanging door track, aluminium patio doors;
8. Industrial fence, protective cover and various frames;
Aluminium Profiles For Sliding Door,Aluminum French Doors,Aluminium Sliding Door Frame,Aluminum Sliding Glass Doors GuangDong XinCheng Material CO.,LTD , https://www.xin-alu.com
Although the iPhone 6 released this time does not use the sapphire screen for various reasons, the domestic follow-up companies have already acted, and they have surpassed the trend of Apple. Recently, it has been reported that Xiaomi has contacted Korean sapphire screen producers to produce sapphire screens for a limited edition high-end smartphone, which is expected to be 50,000, but Xiaomi did not respond to this news. On August 25th, Huawei first launched the first sapphire screen version of the Huawei P7, becoming the first mobile phone equipped with a sapphire screen in China. It can be seen that all mobile phone manufacturers want to use the sapphire screen as a selling point for a new generation of mobile phones, lest they be one step behind.
Sapphire as a difference in processing between mobile phone screens and substrate sheets
There are also many speculations on the reasons why Apple does not use sapphire screens on the iPhone 6. As a provider of sapphire processing consumables, we want to analyze the difference between sapphire in mobile phone screen applications and substrate applications, and processing from the perspective of sapphire processing. Enterprises need aspects of technological breakthroughs. Our understanding is limited, I hope this article can play a role in inspiring the jade, we will discuss together.
First, let's compare the differences in sapphire size and performance for different applications. 
Crystal growth process:
If used on a mobile phone screen, the sapphire size is basically around 5 inches, which will lead to a huge increase in demand for sapphire. From the current sapphire crystal growth and processing capacity, it is not enough to fully satisfy the application of the mobile phone screen. Therefore, in this respect, the release of the iPhone 6 to sapphire and the use of gorilla glass also have a certain reason.
In addition, due to the large size of the sapphire on the mobile phone screen, the size of the ingot is also increasing. Therefore, it is necessary for Changjing enterprises to continuously break through the development of larger ingots through technology research and development. In addition, the growth methods of A-direction and C-direction sapphire are also different. For Changjing enterprises, the main attack A direction, C direction or both, are the problems that Changjing enterprises should consider according to market and enterprise positioning.
Cutting and polishing process:
The size and shape of the sapphire material will change the stress of the sapphire crystal, resulting in higher processing requirements during the cutting and polishing process.
The principle of A-oriented sapphire crystals is the most dense surface of the crystal in accordance with the direction of crystal growth. The average quality of crystals grown in A direction is much higher than that of crystals grown in C direction, but it also brings a problem. A is more difficult to sapphire. Grinding and polishing. If the same polycrystalline diamond slurry used for C-to-sapphire grinding is used directly for A-direction crystal processing, the grinding rate (RR) will be reduced by about half. Therefore, the polishing liquid manufacturer needs to solve the problem of how to greatly increase the grinding fluid RR without increasing or slightly increasing the particle size of the diamond particles. Guoruisheng has developed a small increase in cost but can be applied to A. A new formulation of slurry that is ground to a sapphire wafer.
In addition, as far as we know, in order to pursue the slimness of the shape of the mobile phone, the mobile phone manufacturer also has certain requirements on the thickness of the sapphire screen and the processing quality of the edge. How to use existing conditions to process sapphire screens without increasing the cost is a new challenge for sapphire processing companies and consumable suppliers.
Sapphire screen brings new challenges to cutting and polishing supplies
Abstract In the early morning of September 10, 2014, Apple held the iPhone6 ​​conference and officially released iPhone6, iPhone6Plus and AppleWatch. What makes everyone more disappointed is that the sapphire screen that was hot before...
Beijing time on the morning of September 10, 2014, Apple held the iPhone6 ​​conference, officially released the iPhone6, iPhone6 ​​Plus and Apple Watch. What disappoints everyone is that the previously discussed sapphire screen does not appear on the iPhone6 ​​and iPhone6 ​​Plus, but the new Apple Watch uses a sapphire screen, which is also a breakthrough in the application of sapphire in smart devices, against sapphire. Business is a good news.