For more than 30 years in the chassis world:
It is a process of coating with a layer of nickel and with a chromium flash practiced mainly on steel and mild steel, an electrolytic process, is used both to increase resistance is to prevent corrosion. A company like AGB SRL is specialized in the production of chassis for electroplating chrome perfect for the production of any type of end product. The frames used by AGB SRL were designed and tested to work the materials in a precise manner and to favor the electrolytic action. The excellent quality / price ratio encourages different companies, specialized in the surface treatment of metals, to rely on the extraordinary professionalism of AGB SRL.
The ABS chrome plating is a process that allows to cover the surface of chromium of a plastic material through an electrolytic process. It is a process used, at first, in the automotive sector for car components; subsequently, this procedure was also used for the construction of components for: components for kitchen and bathroom accessories, elementi idrotermosanitari etc.
The galvanic gold plating is a process that allows to coat an object with a thin layer of gold. This process is widely used in the field of jewelery and cosmetics. Galvanic gilding is through immersion in a plating bath where the object is covered with gold by electrolysis. AGB SRL is a producer of frames for industrial galvanic gilding, Brass and stainless steel structures as supporting equipment during processing. The AGB SRL galvanic plating ensures full customer satisfaction as each phase of the process, from the design of frames, the implementation and the criteria for maximum professionalism and quality of the final product. The frames are made by AGB SRL resistant and safe, capable of increasing the work of electroplating and also the value of the finished products.
The nickel is a surface treatment that can be submitted some materials. It is distinguished in two processing methods, electrolytic nickel and nickel chemical. The aim of treatment is to modify the surface characteristics of manufactured materials (hardness, resistance to external agents, etc.). The electrolytic nickel, due to the processing method used, It can be performed on a metal material, that set in specific baths, It is covered by a passage of electric current that carries atoms by fingers of pure material to material that you want to cover. The chemical nickel is executable on different materials (metal, glass, plastic) and it differs from the electrolytic because the nickel coating follows the exact geometry of the piece. For this on mechanical parts that require extreme precision, the nickel chemistry is widely preferred to electrolytic.
It is a non-spontaneous electrochemical process by which a protective layer of oxide forms on the surface of the treated metal and protects it from corrosion. The anodizing process is commonly used for aluminum. In the material it takes place a true and proper surface processing: the bare metal reacts with oxygen that develops during the dielettrodeposizione process and form of aluminum oxide or alumina. Similar procedures are available and also used for titanium, zinc, magnesium, niobium, zirconium, hafnium and tantalum. When an electric current supplied from an external electrical circuit (cathode) It is circulated through an electrolytic cell in which the aluminum immersed in an aqueous solution acts as an anode (positive pole), negative ions (anions) formed by the dissociation of oxygen above, migrate, for attraction between the opposite charges, towards the positive anode, aluminum, which they give the electric charges carrying. The layer deposited on the surface being a layer of aluminum oxide formed by electrolytic process. The formed material layer is variable (normally 10 µm), and there are two types of anodizing: the thin and hard anodizing. The thin anodizing involves a variable layer by 5 to 20 micron, and the semi-hard, which involves a layer by 20 to 30 micron.
- The anodic oxidation treatments have a very important role in the technology of Aluminium. Solo 3 They have a relevance to industrial level and are: with chromic acid introduced in 1923 da Bengough e Stuart, conacido oxalic which was developed in Japan and also used in Germany for a couple of decades and, finally, the most common process introduced in 1927 by Gower and O'Brien that uses sulfuric acid. The oxide layer is variable and is expressed in microns. The UNI 10681/2010 expected 4 thickness classes.
The galvanic coating is not a process of electroplating real, but the name by which it is commonly known, metal color that have undergone a galvanic process. AGB SRL is specialized in the production of special steel structures and galvanized chassis for painting for various types of companies. With the painting are colored metal and plastic materials, this process can be used both for aesthetic reasons and for protection. The frames for the coating are iron and can be both fixed and removable, also working on a drawing, It is according to the needs and necessitated Guest. They are suitable for high temperature and colors via powder.