What is Anodising & Anodic Oxidation
Anodising Anodising, or anodic oxidation, is an electrolytic process that deposits a chemically stable oxide layer on the surface of the aluminium. The resultant oxide film is thicker and stronger than aluminium’s natural oxide covering. It is hard, porous, transparent and is an integral part of the metal surface so it will not peel or flake off. Once deposited, the oxide film can then be coloured in a number of ways before it is sealed. Film thicknesses are graded and vary...
Difference Between Hard Anodic Oxidation and White Anodizing
The main purpose of Hard Anodic Oxidation Coating is to improve the properties of aluminum and aluminum alloys. Including corrosion resistance, wear resistance, weather fastness, insulation, and adsorption. It is suitable for extruding aluminum alloy and casting aluminum alloy parts. This article introduces the series: 1-Characteristics of Hard Anodic Oxidation Coating 2-Working Principle of Hard Anodic Oxidation 3-Difference Between Hard Anodic Oxidation and White Anodizing 4-Several Classifications for Hard Anodic Oxidation Treatment of Aluminium Profiles 5-Precautions for Hard Anodic Oxidation Staining of Aluminium Profiles Difference Between...
Why is the Slot Width of T-slot Aluminum Profiles Different?
T-slot aluminum profiles have many benefits. The shape of T-slot profile creates modularity. It is easy to assemble and reassemble to meet evolving requirements. But careful friends will find that not all T-slot width of profiles is the same, Why? It’s known the T-slot provides the ability to add connections and join profiles to captivated ends. And the majority of profiles can combine with each other with connectors. The T-slot width will directly determine whether most fractional fittings can be...
Support by 