Because of this, there are significant restrictions placed on its field of application, and workpieces that have a structure that is even slightly complex are not suitable for production at all; the aluminum-magnesium alloys that are commonly used in the industry make it challenging to produce a transparent protective film due to the complexity of their composition and the low aluminum purity that exists during the anodization process using sulfuric acid. Consequently, the field of application is limited in a significant way. Aluminum makes up the CNC machining bulk of its construction. Aluminum makes up the bulk of its construction. Aluminum makes up the bulk of its construction. According to the data that was presented earlier, it is abundantly clear that anodizing aluminum alloys with sulfuric acid is not an option for the die-casting applications that use aluminum alloys the majority of the time. This is because anodizing aluminum alloys with sulfuric acid results in a surface that is more resistant to corrosion.
As a result of the expansion of the manufacturing industry, the use of aluminum alloy die castings has become increasingly common, and higher standards have been established for the surface quality of aluminum alloy components. The die castings can be cleaned in all directions with the assistance of the Q37 hook type shot blasting machine. A sling apparatus is included as standard issue in the kit. First, suspend the piece of work from the sling; then, suspend the entire sling. The die castings can be cleaned in all directions.
