Temperature

During the aluminum profile processing, the setting and control of temperature are crucial. The processing temperature will have a certain temperature difference from the surface temperature of the material, so when setting the temperature, it needs to be adjusted according to the actual temperature of the furnace.

Throughout the process, close attention must be paid to temperature changes, with real-time monitoring of fluctuations to avoid any adverse effects on the finished product due to temperature discrepancies.

Time Sensitivity

Timeliness is a common method for heat treatment of aluminum alloys. If it occurs at room temperature, it is called natural aging; if it occurs at temperatures above room temperature, it is referred to as artificial aging. Aging treatment can enhance the mechanical properties of aluminum processed products and also improve the physical and chemical properties of aluminum.

During the heat treatment process, certain insulation measures must be taken. Naturally, the duration of insulation should be particularly monitored, ensuring it is appropriate to prevent the material from becoming too hard or too soft due to either insufficient or excessive time.

III. Firing the Furnace

Aluminum profile products must be separated into special and regular alloys before being loaded into the furnace. If a special processing situation arises, the special alloy must be removed for aging treatment.

Four: Compression

The extrusion process is also a crucial part of aluminum processing. When forming extruded frames, it is essential not to overcrowd the materials, ensuring there is adequate spacing between them. Generally speaking, aluminum products produced through extrusion are relatively soft before undergoing aging treatment and are not suitable for use as finished products.

Therefore, in most cases, it is necessary to perform aging treatment on the extruded aluminum profiles to enhance their strength.