How to choose appropriate billet size when extrusion aluminum profile

Preventing Die Marks in Aluminum Profile Extrusion

Round Tube Aluminum Extrusion Profile: Versatile Applications and Advantages

Introduction to Shut-Off Type Aluminum Extrusion Dies

Aluminum Extrusion Profiles in New Energy Automotive: Revolutionizing Efficiency and Sustainability

Suggestions for Running Multiple Cavities Aluminum Extrusion DiesAluminum extrusion is a widely used manufacturing process that allows the creation of complex profiles with excellent dimensional accuracy and structural integrity. When it comes to running multiple cavities aluminum extrusion dies, ca

Aluminum extrusion is a process that involves pushing heated aluminum through a die to create a custom shape or profile. Tolerance is a critical factor in the extrusion process, and it refers to the allowable variation in dimensions between the designed profile and the actual extruded product. To ac

How to reduce steak and web lines when extruding aluminum profile

how to avoid wall thickness problem when running an aluminum extrusion dies

As one of the most versatile and widely used materials in the manufacturing industry, aluminum extrusion profiles offer an excellent combination of strength, durability, and flexibility. However, to fully realize their potential, it is essential to improve the surface finish of aluminum extrusion pr

how to prevent aluminum extrusion die breakageAluminum extrusion die breakage is a significant concern for aluminum extrusion manufacturers, as it can lead to production downtime, increased costs, and reduced profitability. Preventing die breakage is essential to ensuring consistent prod

Aluminum heat sink extrusion dies are critical components in the production of heat sinks for a variety of industries, including electronics, automotive, and aerospace. These dies are responsible for shaping the aluminum material into the desired form, and they must be carefully maintained and opera

how to maintain an aluminum extrusion die

Aluminum radiator surface anodizing treatment is a kind of application is very wide aluminum radiator surface treatment technology, is the method of electrolysis in forming an oxide film of aluminum radiator surface, the corrosion resistance and abrasion resistance on the surface of the aluminum rad

Aluminium profile extrusion die material:Industrial aluminium profile extrusion die material is H13 steel, aluminum extrusion dies after nitriding is necessary before working. Aluminium profile extrusion die structure:Generally an extrusion die is consisted of the die plate, die bolster and die ring

Factors affecting the effect of aluminum radiatorAs a heat dissipation tool with high efficiency, aluminum radiator is widely used in electronics, electrical appliances, lighting and other industries. Different manufacturers master different technologies, referring to different production standards,

Aluminum radiator advantages:Aluminum radiator has good appearance, light weight, good heat dissipation performance, good energy saving effect.Aluminum heat sink type:Electronic radiator aluminum, electrical heat radiator aluminum profiles, computers, sunflower aluminum radiator, electric power semi

Reasons for aluminium profile die marks(welding lines) and the solution1, the die itself causes: the die structure is not reasonable, die clamping is itself a dislocation, die venting is not good2, aluminum billets after die, metal by cutting directly below the midline of the rib site there is an ob

When the choose or custom aluminum profile, not the more thickness the better, suitable thickness is the best. Aluminum thickness decide which technical parameters?1, aluminum profile meter weight.All thickness directly influences the aluminum meters, profiles of wall thickness is thicker, meter wei

Aluminium profiles cracks marks on the surface, the main reasons :1, Extrusion temperature is too high, may lead to the surface layers of metal tensile strength decreased, so the friction aluminum workbench is produced under the action of crack.2, Because of the friction to metal surface with gallas