What is the dull clotting?
Calculation of precipitation, also referred to as age assertion, is a technique where heat is applied to a birchable material such as a metal alloy to strengthen it. This technique hardens the alloy by creating solid impurities called clots that stop the movement of dislocations in the structure of the crystal grid. Dislocations are the primary cause of plasticity in the material; The absence of dislocations thus increases the yield force of the material. The usually used alloys include alloys of aluminum, magnesium, nickel and titanium. It takes anywhere from 1 hour to 20 hours to completely dissolve the clot. The new mixture then becomes a weed and is ready for further treatment.
SuperSaturation of the solution is achieved by extinguishing. Exchanging can be completed in water, air or some mixture and water. As an important step in strengthening the solid solution, the material leaves the material softer and prepared for the next phase of the cauling of precipitation.
after the initial phaseAnd the extinguishing phase is a solution of aging. Artificial aging occurs by heating the solution to a higher room temperature and then allowing it to be soaked for 2 to 20 hours. The aging temperature and the soaking time are determined by the desired strength of the final product. It is important to be very careful about temperature and time, because too high temperature and too much soaking can lead to smaller clots that reduce strength and increase the draft.
natural aging is another option. If one decides to use this option, make sure the natural aging of the solution takes much longer than the above method. It can take anywhere from a few days to a few weeks.
Impurities, which are produced by the Calculation process, disrupt the structure of the crystal grid in stainless steel, aluminum and other alloys. They inhibit dislocations in these structures that make it difficult for free particles by cutting the material. Inhibition of these disturbances is the key to increasing the yield strength of the alloy over time.
sCast iron produced by precipitation is many practical uses in the production industry. They are usually used for the production of parts that have to resist situations with high temperature, such as parts of pressure vessels or turbochargers. Many alloys are very important in the industry. Silicon, aluminum alloy is used to produce semiconductor materials. Copper, another aluminum alloy, is used for a wide range of purposes from the construction of ships to the roof.