The Importance Of Non-ferrous Metal Powder To Automobile
The Importance of Non-ferrous Metal Powder to Automobile
With the development of the economy, the progress of our living standards, the development of the automotive industry is also growing higher and higher. Now the car's fuel is reduced, the amount of sewage is reduced, the weight of the car body becomes lighter, the function becomes more, these changes are benefited from the development of Non-ferrous Metal Powder technology. Non-ferrous Metal Powder in the car continue to be used, even every car has 5 kg of Non-ferrous Metal Powder. Non-ferrous Metal Powder on the proposed use of the machine, but also reduce the temperature of the proposed machine, the use of lead and copper Non-ferrous Metal Powder made of the valve seat, the thermal conductivity can be improved 2.5 times, but the temperature can be reduced by 70 degrees. There is also a Non-ferrous Metal Powder is titanium alloy Non-ferrous Metal Powder, the use of this Non-ferrous Metal Powder can reduce the weight of the car, increasing the life of the car. Titanium alloy This material has many advantages, its low cost, low price, the use of the car can also reach the accuracy of the car request. Now we have a technique in the car that is used in the car to synchronize the cone-ring technology, which is used in the gearbox. Assuming that the sync cone ring is damaged, the vehicle can not be variable during the process of driving, very risky. Automobile synchronous cone ring technology requirements of the exceptionally high precision, tolerance also pleads exceptionally good, need to use some surface induction hardening, so that the tooth root hardness can reach 74HRA above, hardened layer depth of 2MM. Non-ferrous Metal Powder technology for all cars, although not the protagonist, but not the technology, then it is not possible.
As we have learned about the Non-ferrous Metal Powder process is usually widely used in the preparation of metal powder, but this process is also necessary in the ceramic production process. Today for everyone to analyze it! From the process point of view, according to the performance of ingredients and water content of the different, the ceramic forming method is divided into three categories, both grouting, plastic forming, pressing forming.
Grouting: The principle of grouting is to absorb moisture from the mud with the capillary suction of the gypsum mold, so that the mud forms a mud layer on the mold wall, becomes a young embryo, and is further evaporated and dried to remove the mold. The principle of press forming is basically the same as that of Non-ferrous Metal Powder molding and isostatic pressing.
Grouting: The use of fluid moisture up to more than 30 percent of the fluid slurry, by pouring in the gypsum mold or porous mold forming. Hot-press forming is also grouting forming, the difference is that he is mixed with paraffin wax, the use of paraffin heat flow characteristics, making the metal mold under pressure to form, after condensation to obtain embryo body method.
Plastic molding The use of the embryo is a plastic state of your group, it is both the ancient forming methods, but also the most form of change in the form of forming with the shape: to meet the surface smooth, ultra-thin ceramic products forming requirements, such as The circuit material in the integrated circuit has developed a belt forming method. The belt forming method is divided into casting method and sheet extrusion method. The former molding of the embryo for the slurry-like, after you for the group. General use of the extension method.