PROCESS
Anodising
aluminium
Since the natural oxide layer of aluminium cannot withstand all corrosion loads, it may be necessary to reinforce it artificially by a multiple of between 50 to 5000. This is done by the electrochemical process of anodisation (also known as the anodising process). The oxide layers produced in this way offer high resistance to abrasion, wear and corrosion.
Chromating
aluminium
Chromating is a process in electroplating that acts as an independent protection against corrosion and as a primer for metals. It is an electroless, chemical surface treatment with solutions made of chromium salts. Chromate coatings provide low electrical contact resistance. and are usually more favourable than the electrical resistance of untreated parts.
Electrolytic polishing
/electrolytic
smoothing
Electropolishing can be used to produce smooth, shiny surfaces on metallic substrates. Electropolished surfaces have a highly aesthetic appearance, which visually enhances the part. This surface meets the highest quality standards.
Hard Anodizing
Hard anodizing is similar to ordinary anodizing or anodizing: Here, too, the object is immersed in an electrolyte and connected as an anode. The difference is that in hard anodizing, higher amperages are used, resulting in thicker layers of aluminum oxide than in the simple process.
Glass Bead Blasting
Aluminum has many useful properties and with the right surface treatment, it also looks good. Glass bead blasting before anodizing creates an elegant matte finish on the component.
Anodising
aluminium
Since the natural oxide layer of aluminium cannot withstand all corrosion loads, it may be necessary to reinforce it artificially by a multiple of between 50 to 5000. This is done by the electrochemical process of anodisation (also known as the anodising process). The oxide layers produced in this way offer high resistance to abrasion, wear and corrosion.
Chromating
aluminium
Chromating is a process in electroplating that acts as an independent protection against corrosion and as a primer for metals. It is an electroless, chemical surface treatment with solutions made of chromium salts. Chromate coatings provide low electrical contact resistance. and are usually more favourable than the electrical resistance of untreated parts.
Electrolytic polishing
/electrolytic
smoothing
Electropolishing can be used to produce smooth, shiny surfaces on metallic substrates. Electropolished surfaces have a highly aesthetic appearance, which visually enhances the part. This surface meets the highest quality standards.
Glass Bead Blasting
Aluminum has many useful properties and with the right surface treatment, it also looks good. Glass bead blasting before anodizing creates an elegant matte finish on the component.
Hard Anodizing
Hard anodizing is similar to ordinary anodizing or anodizing: Here, too, the object is immersed in an electrolyte and connected as an anode. The difference is that in hard anodizing, higher amperages are used, resulting in thicker layers of aluminum oxide than in the simple process.
