What is the aging temperature of aluminum profiles, and will the aging temperature of aluminum profi

Take the extruded aluminum profile now.

6063 as an example, the aging temperature is about 200 degrees, the aging insulation for 2 hours can be, 6061 (T6) aluminum profile aging temperature 180 °C, 8H + 210 °C, 2H. The hardness can reach 14.

Timeliness. It also depends on what kind of profile it is, like a plate.

The aging time of the bar is longer, and the aging time of the aluminum tube is shorter.

Aging furnace.

What is the aging temperature of aluminum profiles? Take the current extruded aluminum profile 6063 as an example, the aging temperature is about 200 degrees, the aging heat preservation for 2 hours can be, and the aging temperature of 6061 (T6) aluminum profile is 180 °C, 8H + 210 °C, 2H. The hardness can reach 14.

Timeliness. It also depends on what kind of profile it is, such as plates and bars, which require a longer aging time, and aluminum tubes that have a shorter aging time. The temperature of heat treatment cannot be generalized, depending on the purpose of the workpiece, the working conditions and the material itself.

There are many types of aluminum alloys, and the heat treatment hardness of different aluminum alloys is different, even if it is the same aluminum alloy, the heat treatment process is different, and the hardness is different.

Heat treatment refers to a metal thermal processing process in which metal materials are changed on the surface or inside the material by means of heating, heat preservation and cooling in the solid state to obtain the required properties.

Extended Materials. Aluminum alloy is the most widely used non-ferrous metal structural material in industry, and has been widely used in aviation, aerospace, automobile, machinery manufacturing, shipbuilding and chemical industries. With the rapid development of the industrial economy, the demand for aluminum alloy welded structural parts is increasing, which makes the research on the weldability of aluminum alloy also deepen.

At present, aluminum alloy is the most widely used alloy.

There are differences according to the composition of aluminum alloys, such as 6063 material 200 degrees Celsius for 2 hours, 6061 material 175 degrees Celsius for 9 hours.

The aging temperature and time of each profile are different, and it depends on what type of profile product is produced. For example, insulated door and window profiles, insulated curtain wall profiles are controlled in the range of 180 3 in the furnace.

Summary. 1. First of all, the aging of aluminum profiles is sent into the aging furnace together with the frame, so in the framing process after the industrial aluminum profile is extruded and straightened, it is necessary to pay attention to leaving enough space between each profile, and each row of profiles should be separated by felt strips. Special attention should also be paid to the fact that flat model materials with a wall thickness greater than 4mm are not allowed to overlap, and small cross-sectional profiles with a wall thickness greater than 2mm must leave 80mm ventilation ducts.

2. Then it is to adjust the furnace temperature of the aging furnace, which is very important for whether the aluminum profile can meet the expected hardness requirements. The furnace temperature should be stably controlled at about 200 degrees Celsius, and the time of heat preservation is also very important. Under normal circumstances, it needs to be kept warm for about 3 hours.

Immediately after the furnace is released, it should be cooled with a air cooler and the hardness should be measured. 3. When hoisting the material into the aging furnace, pay attention to the distance between the end of the aluminum profile and the air deflector at 80-100mm. When the temperature in the furnace reaches the process requirements, the actual temperature in the furnace should be measured with a glass tube thermometer every 30 minutes, and a record should be made.

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I am a little durian, and I am happy to answer your questions: Yes, the aging temperature of aluminum profiles of 240 degrees will lead to a decrease in hardness, because the temperature is too high or not enough to quietly open the air will affect the hardness.

1. First of all, the aging of aluminum profiles is sent into the aging furnace together with the frame, so in the framing process after the industrial aluminum profile is extruded and straightened, it is necessary to pay attention to leaving enough space between each profile, and each row of profiles should be separated by felt strips. Special attention should also be paid to the flat die with a wall thickness greater than 4mm is not allowed to overlap, and the small section profile with a wall thickness greater than 2mm must leave 80mm ventilation channels. 2. Then it is to adjust the furnace temperature of the aging furnace, which is very important for whether the aluminum profile can meet the expected hardness requirements.

The furnace temperature should be stably controlled at about 200 degrees Celsius, and the time of heat preservation is also very important. Under normal circumstances, it needs to be kept warm for about 3 hours. Immediately after the furnace is released, it should be cooled with a air cooler and the hardness should be measured.

3. When hoisting the material into the Shiling banquet furnace, pay attention to the distance between the end of the aluminum profile and the air deflector at 80-100mm. When the temperature in the furnace reaches the process requirements, the actual temperature in the furnace should be measured with a glass tube thermometer every 30 minutes, and a record should be made.

Aluminium alloy aging: A method of quenching a heat-treated strengthened aluminum alloy and then parking at room temperature or higher temperature to improve performance.