When we need to make a material with the desired finish and size, we use the grinding process. There is a wide range of smoothing methods, so it is important to select the proper treatment process for your intended application. If you do not do this, you can jeopardize the quality and income of your project. Two common methods are Blanchard and precision grinding. Continue reading to find out the difference between these two types of anti-aliasing methods so that you can better choose the process that fits your application needs.
Grinding machine Blanchard
Grinding the Blanchard is a process that is commonly called grinding equipment It was developed in early 1900 by a company called Blanchard Machine Company. The most common application for smoothing a rotor surface is the removal of large materials. For this application, smoothing precision is preferable because it is simply more economical. It is also preferable that its decals of surface finish remain behind. They are considered aesthetically appealing to some people.
Grind large glandular ( containing iron a) materials with this method of machining, usually use magnets to hold it in place with continued smoothing. On the other hand, it still works well with non-ferrous metals that do not contain iron or other trace iron-containing elements if alternative blocking devices are used. This is due to the fact that colored materials are not magnetic.
Examples of applications for grinding Blanchard:
- Stamped
- Castings
- Forgings
- Sectional plates
- Press forms
- Dies
If you have a small surface for work, then precise grinding is the right process for working. This method is mainly used for materials with small surfaces that require extremely flat finishes or strict parallelism. There are other forms of precision smoothing, such as grinding the surface of a horizontal spindle, which uses a rotating abrasive wheel that comes into contact with the surface of the material. Cylindrical grinding is another type of precision smoothing and is very similar to grinding the surface of a horizontal spindle. The main difference is that it is used for rounded surfaces. Additional types include centerless grinding, creep grinding pressing and grinding with an internal diameter.
Abrasives commonly used for precision grinding include alumina, silicon carbide, and zirconia. And sometimes lubricants are used to regulate high temperatures during grinding. Common applications for precision smoothing include machine components, castings, stampings, shafts, bushings, pistons, cylinders, dies and molds.
