During the processing of stainless steel parts, some difficulties and challenges may be encountered. Today, we are going to explain the difficulties in processing stainless steel parts.
During the processing of stainless steel parts, some difficulties and challenges may be encountered. Today, we are going to explain the difficulties in processing stainless steel parts.
During the processing of stainless steel parts, some difficulties and challenges may be encountered. Today, we are going to explain the difficulties in processing stainless steel parts.
As a practitioner with many years of experience in the CNC machining industry, we are often asked by customers such a question: "Why is there such a big price difference between single-piece part processing and batch processing?" In fact, this involves multiple factors such as equipment operation, process optimization, and material costs. Today, I will comprehensively analyze from a professional perspective the reasons for the price changes in batch CNC machining production and single-piece CNC machining, helping everyone better understand the cost logic of CNC machining and providing a reference for you to choose the appropriate processing mode.
Fastening elements are mechanical components that connect or fix two or more parts together. They are widely used in construction, mechanical engineering, automotive engineering and aerospace. They can be further subdivided according to material (carbon steel, stainless steel, aluminium alloy, etc.), surface treatment (galvanisation, blackening, Dacromet, etc.) and performance grade to meet different operating conditions.
"Stainless" is a relative concept and does not mean it will never rust. The rust prevention performance of 304 stainless steel is influenced by multiple factors such as material purity, environmental conditions, surface state, and usage and maintenance methods. When the protective film on the surface is damaged or in harsh environments, rust may still occur under certain conditions.
