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There are several main types of aluminum profiles
Several main types of aluminum profiles" can be classified from multiple dimensions such as the material, structure, and use of aluminum profiles.
Aluminum extrusion operation procedures and precautions
Aluminum knowledge - the difference between aluminum plate and aluminum alloy plate
Precautions before and after the aluminum extrusion die is put on the machine
Use advanced instrumentation to inspect the dimensional accuracy, hardness and surface roughness of the mold online and offline. The molds that pass the inspection and acceptance shall be registered, the human library shall be put on the shelves, and the polishing die hole working belt shall be taken out when used, and the diversion mold, profile mold and mold pad shall be assembled and inspected, and sent to the machine for heating when it is confirmed;
solution to the "tail shrinkage" defect of extruded aluminum profile extruded by extruder
In the extrusion production process of aluminum profiles, tail shrinkage is a common defect. This defect usually appears in the semi-finished product after cutting the head and tail, and is especially obvious after alkali etching inspection. The mechanical properties of the aluminum profile containing tail shrinkage structure are not up to standard, there are potential safety hazards, and may destroy the internal continuity of the material, affect the subsequent surface treatment and finishing, and even lead to the scrapping of dark lines or damage to turning tools and other hazards in serious cases. Therefore, it is particularly important to grasp the causes of tail shrinkage and the corresponding solutions.
Design of Dies for Multi-Tool-Head Automotive Aluminum Alloy Profiles
In automotive manufacturing, aluminum alloy profiles, especially 6061-T6, are widely used due to their advantages. The die design and manufacturing process for multi-tool-head profiles are crucial. 6061-T6 has excellent mechanical properties but poor fluidity and high water demands. Reasonable die design is key to solving issues like dragging and strict tolerances, improving production efficiency and economic benefits.
Causes and Improvement Strategies for Twist Defects in Aluminum Profile Extrusion Process
In the production process of aluminum profiles, twisting is a common and tricky issue. It not only affects the appearance quality of the product, but may also adversely impact the product's performance and service life. The occurrence of twisting is often closely related to various factors, including mold design, extrusion process parameters, metal flow uniformity, equipment condition, and lubrication conditions. This paper will conduct an in-depth analysis of the causes of twisting defects during the extrusion of aluminum profiles and propose corresponding improvement strategies.
In-depth Analysis and Optimization Practices of Porous Die Design for Aluminum Profiles
With the vigorous development of the global economy, aluminum profiles, as a lightweight and high-strength material, have been widely used in various fields such as construction, transportation, and electronics.
In-depth Analysis and Improvement Strategies for Bubble Defects on the Surface of Aluminum Extruded Profiles
In the aluminum processing industry, bubble defects on the surface of extruded profiles are a ubiquitous issue that significantly impacts the product's appearance quality, internal structure, and overall performance. While mild bubbles may not immediately lead to product failure, they increase the difficulty and cost of subsequent processing. Severe bubble defects, on the other hand, can directly result in product rejection, causing significant losses. Therefore, delving into the formation mechanisms of these bubble defects and proposing practical solutions are crucial for enhancing the production efficiency and quality of aluminum extruded profiles.
Multi-dimensional Discussion and Selection Strategies for Aluminum Alloy Furniture Surface Treatment
As modern home furnishing design concepts continue to evolve, aluminum alloy furniture has gradually secured a prominent position in the market due to its unique advantages. Compared to traditional wooden furniture, aluminum alloy furniture not only excels in durability and environmental friendliness but also offers a diverse range of options in surface treatment technology. This article delves into the requirements for surface treatment films on aluminum alloy furniture, analyzes the characteristics and suitable applications of common surface treatment technologies, and proposes scientific and reasonable selection strategies.