Tungsten carbide rotary files are a common metal processing tool, available in many types, widely used in mechanical processing, automobile repair, aerospace and other fields. This article introduces the applications of different types of alloy rotary files and their roles and values in various fields.
Application of different alloy rotary files
1. Application of steel carbide rotary files in machining
- Function: Steel alloy burrs are the most common type, typically used for precision machining of metal parts. In machining, they trim, smooth, and remove burrs from metal surfaces to ensure part accuracy and surface quality.
- Advantage: Their wear resistance and durability make them indispensable in machining.
2. Application of tungsten carbide alloy rotary files in automobile maintenance
- Function: Tungsten carbide alloy rotary files, with higher hardness and wear resistance, suit hard material processing. In automobile maintenance, they trim engine parts, wheel bearings, etc., quickly removing surface burrs to improve part accuracy/quality and ensure vehicle safety/reliability.
- Advantage: High hardness and wear – resistance enable efficient processing of hard materials in auto – maintenance.
3. Application of titanium alloy rotary files in the aerospace field
- Function: Titanium alloy rotary files, with excellent corrosion resistance and high – temperature performance, process titanium alloy parts. In aerospace, they trim aircraft engine parts and spacecraft structures, removing surface defects to improve part accuracy/surface quality and ensure aerospace device reliability/safety.
- Advantage: Good corrosion resistance and high – temperature performance are crucial for aerospace applications.
4. Application of stainless steel alloy rotary files in medical device manufacturing
- Function: Stainless steel alloy rotary files, with good corrosion resistance and hygiene, apply to medical device processing. In medical manufacturing, they trim surgical/implantation instruments, ensuring instrument surface smoothness/precision and medical device safety/hygiene.
- Advantage: Corrosion resistance and hygiene properties meet the strict requirements of medical device production.
Steel alloy rotary files ensure machining accuracy/surface quality; tungsten carbide alloy ones enhance automobile maintenance accuracy/reliability; titanium alloy ones guarantee aerospace device quality/reliability; stainless steel alloy ones ensure medical instrument hygiene/safety. Different alloy rotary files play key roles in their fields, supporting industry development.
