3 Considerations When Specifying Pneumatic Tools Manufacturer's Air Tools for Metalworking Applications
speed
Speed should be a key consideration when choosing a tool, as it affects material removal rates and therefore productivity. The optimum speed is determined by the application and material, while factors including disc type, disc size and desired surface finish quality all contribute to the selection. There is no one-size-fits-all guide for all applications. Instead, operators will need to look at the individual requirements for each situation. Remember that high speed is not always better: with some materials it can cause localized heating, damaging the material and the tool.
Material
Different materials have very different requirements, so there is no one-size-fits-all tool. For best results, the operator needs to consider each material individually. For example, steel and steel alloys are difficult to grind, so tools need to be strong to achieve the desired efficiency. Fiber-reinforced polymer composites (FRP composites), on the other hand, require a more gentle approach. It is critical to use the proper speed and binder for best results, and it is critical to avoid fusing the FRP composite to the abrasive.
application
The app plays a vital role in the tool selection process, as different tasks depend on the different capabilities of the tool. For example, cutting, chamfering, and weld seam removal applications are often best performed with angle grinders and vertical grinders, using grinding and cutting discs designed specifically for these tasks. In surface sanding applications, low-speed tools, such as angle rotary sanders, often provide the best results. When it comes to finishing, it's best to choose rotary orbital sanders and belt sanders with a central vacuum
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