As a result of the development of mobile phones in recent years, they now come in a wide variety of shapes and designs. What different kinds of materials have been utilized in the production of mobile phone gear?
1. Normal plastics used in engineering systems
Utilization of engineering plastics is widespread. Engineering plastics are a type of industrial plastic that is utilized as a material for housing or as a component of industrial parts. Plastics that are exceptional in terms of their strength, impact resistance, heat resistance, hardness, and resistance to aging are referred to as such. It is a high-performance plastic that can be used for things like structures and mechanical parts, according to the definition provided by the Japanese industry. Its resistance to heat is greater than one hundred degrees Celsius, and it is primarily utilized in industrial settings. PC, ABS, nylon, polyvinyl, and other types are examples of common types.
The manufacturing industry makes extensive use of ordinary engineering because of its low costs and widespread application. This substance is utilized by a significant portion of conventional mobile phones. Nevertheless, due to the fact that engineering plastics are constructed from a wide variety of materials, including the fact that they are all engineering plastics, the utilization of various materials will result in a variety of effects.
2. Material made of Kevlar
People are interested in Kevlar because it is an aramid composite material that possesses the following qualities: low density, high strength, good toughness, high temperature resistance, easy processing and molding, and it has attracted people's attention. When compared to steel wire of the same diameter, the tensile strength of Kevlar can reach five times that magnitude. Additionally, Kevlar materials Ductile Cast Iron can be utilized as high-strength, high-modulus composite plastic reinforcement materials for spacecraft, missile casings, and other applications. Kevlar materials are primarily utilized for the production of ultra-high strength and ultra-high modulus fibers. In the military, the material known as Kevlar is referred to as an armored guard. This is due to the fact that it is particularly resistant to wear and tear, possesses a combination of strength and softness, and possesses the unique ability to be invulnerable. The Motorola Blade XT910 is constructed out of Kevlar, a material that not only provides a pleasant feel in the hand but also offers excellent resistance to wear and protects the body from suffering damage.
3. A material made of carbon fiber
The process of carbonizing and graphitizing organic fibers results in the production of carbon fiber, which is a microcrystalline graphite material. Not only does carbon fiber possess the physical properties that are characteristic of carbon materials, but it also possesses the malleability that is characteristic of textile fibers. This is a new generation of fiber that has been reinforced. When it comes to mechanical properties, carbon fiber is exceptional. Furthermore, its tensile strength is seven to nine times that of steel, and its specific gravity is less than one-fourth of that of steel. The products made of carbon fiber have been gaining more and more popularity among consumers. Since the beginning, the application fields have gradually shifted from the high-end aerospace zinc alloy die casting supplier, mechanical, and military fields to the everyday use of sports equipment, medical equipment, and decorative items by people. Additionally, the scope of use is expanding at an ever-increasing rate.
The material used in the Nokia 8800ca is carbon fiber. The 8800ca features a cover that can be slid open or closed, and the overall machine Ductile Cast Iron has a pleasant texture when it is being used. Also contributing to the high cost is the fact that the body is constructed out of carbon fiber.
4. A material composed of titanium alloy
The decade of the 1950s saw the development of titanium, a significant structural metal. As a result of their high strength, excellent resistance to corrosion, and increased heat resistance, titanium alloys find widespread application across a variety of industries. Numerous nations around the world have acknowledged the significance of titanium alloy materials, and as a result, they have successively engaged in research and development activities pertaining to these materials, resulting in the acquisition of practical applications.
Titanium alloy is utilized in the construction of the RegalTitanium mobile phone, which was introduced by Gresso, a manufacturer of luxury mobile phones. Without leaving any traces behind, this mobile device is able to withstand a certain amount of impact. Additionally, its shell is made of titanium alloy, which is resistant to corrosion and can withstand environments that are high in salinity, sun exposure, and humidity. With a weight of only 130 grams, the body is not excessively heavy; in fact, it is only slightly heavier than the iPhone 5.
5. Material composed of an aluminum-magnesium alloy
There is typically a small amount of magnesium or other metal materials added to aluminum-magnesium alloys in order to increase the alloy's hardness. The primary component of these alloys is typically aluminum. In addition to being lightweight and low-density, aluminum-magnesium alloy is also characterized by its excellent heat dissipation and high pressure resistance. However, its weight is only one-third of that of traditional plastic zinc alloy die casting supplier, despite the fact that its hardness is several times higher than that of the latter. The shell is made of a magnesium-aluminum alloy that is silver-white in color and is easy to color. It has the potential to make the product more luxurious and beautiful. With the help of a surface treatment process that is unparalleled in comparison to that of engineering plastics and carbon fiber, it is possible to transform it into personalized pink blue and pink.
Aluminum alloy die-casting and magnesium alloy die-casting are the primary areas of concentration for die-casting factories that manufacture mobile phone cases. Alu-magnesium alloy is used in the construction of the Sony LT28h. The advantages of the material allow the phone to have a feel that is superior to that of plastic models such as the LT26i, which contributes to the overall appearance of the phone being more luxurious.
6. Materials made of ceramic
Oxides, nitrides, borides, carbides, and other compounds make up the majority of ceramic materials. Clay, alumina, kaolin, and other materials are examples of common ceramic materials. Generally speaking, ceramic materials have a higher hardness, but they have a low plasticity. They not only find applications in the creation of decorations and utensils for food preparation, but they also play a significant part in the advancement of science and technology. Quenching clay, which is a significant portion of the earth's primary resource, is the process that is used to obtain the raw materials for ceramics.
Currently, ceramic materials are utilized in the production of mobile phones. This design incorporates ceramic cultural elements into mobile phones, such as blue and white, pastel, and other similar colors. Nano-ceramic material is used to construct the exterior of the ceramic mobile phone. This material is then subjected to a high temperature of more than 1,300 degrees, after which it is combined with electronic components in order to provide a more comprehensive demonstration of the porcelain culture. On top of that, there were rumors going around that the back cover of the Samsung Galaxy S3 would be made of ceramic material, but this was not the case in the end.
7. The technology of the future: liquid metal
Before the iPhone 5 was released, there were rumors that liquid metal would be used on the device; however, after the product was released, liquid metal was not used. It is important to note that this does not prevent users from paying attention to liquid metal. This new type of metal alloy has a distinctive atomic structure that is comparable to that of glass, and it is referred to by its trade name, liquidmetal. Toughness, scratch resistance, corrosion resistance, and restorability are some of the characteristics that liquid metal possesses. It is possible to precisely cut it into a wide variety of intricate shapes. Products that use it will enjoy significant improvements in both their toughness and their appearance. An exclusive patent on liquid metal technology is currently held by Apple, and this technology has been utilized in the production of iPhone pins.
