AZ31 is a magnesium alloy that boasts high strength-to-weight ratio and is highly resistant to corrosion. It offers good machinability and weldability, making it suitable for various applications such as aerospace and automotive industry.

Analysis of the reasons for the failure of precision parts machining

When precision parts are processed, the product may be affected by quality due to various reasons, ultimately leading to product processing failure. There are several reasons that can cause this consequence, so now let's talk about the analysis of the reasons for the failure of precision parts machining.

The reasons for product failure in precision parts processing can be summarized into four aspects: materials, installation and use, processing and design.

Improper material selection is the main cause of material failure. The most common practice is for designers to make decisions based solely on the conventional performance indicators of the material, and defects in the material itself are also a contributing factor.

When installing and using parts that have already expired, loose or tight fit, improper fixation, poor alignment, and improper operation may all cause usage failure.

3. Poor control of processing technology can cause various defects and failures in precision parts machining. Improper control of heat treatment process can lead to overheating, insufficient tempering, decarburization, etc. Phenomena such as overheating or overburning. Cold processing and poor craftsmanship can result in low smoothness, deep cutting marks, and grinding cracks, all of which can lead to the failure of parts.

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