Sapphire Anodisers Pty Ltd
Business Consulting in Gosford

Bob had been in the aluminum industry for a number of years manufacturing shower screens and had increasingly become fed up with the quality of the anodizing he had been getting on his product. One day he had finally told his supplier that if the supplier could not do better he would do it himself, needless to say his supplier laughed at him. Bob was not the sort of person to be put off in the pursuit of quality and opened the paper the after day and found an advertisement for an anodizing plant for sale. Sapphire was operating for many years as an self-reliant anodizing business coating other clients' product in a range of colors, In 1985 Bob had grown lethargic of the constraints of the retail end of the market and wanted to tap into the commercial opportunities that the anodizing business could offer, so he sold his company Apollo Shower Screens and commenced his after journey. In 1986 Sapphire Anodisers commenced supplying and stocking its own aluminum segregate systems and as a result is today a leading supplier of aluminum Partition Systems to the Australian and Asian Markets. In 1989 Sapphire bought 5 acres of land at Somersby on the Central Coast of MSW to enable the construction of a purpose built factory to confine a new larger anodizing plant, powder coating plant and warehouse. Sapphire added imaging to our finishing range in 1998 and was thriving in winning the contract to finish the one of the key components on the Olympic Torch for the Sydney 200 Games. Sapphire installed new coloring equipment for anodizing in 200 and released our Spectral range of finishes total Grey finishes for external applications for the beginning time to offer us a entire range of colors to fulfill our customers requirements. Bob retired from Sapphire in 2002 to pursue new challenges and the business was taken over by Clinton who still runs the family company today preserving the values that the business was built on. Sapphire is constantly investing in training, research and development of its manufacturing processes to ensure that it leads the way in its field and will rejoice 40 years of service to the industry in 2013. It is still in service on buildings built in the 1950's, anodizing continues to stand the test of time today. Is the process for producing a translucent film of aluminum oxide which forms an integral segment of aluminum. General Lead times of 1 2 weeks apply and precede times of longer than four weeks for anodizing are rare. As mentioned overhead anodizing is a reaction with the alloy surface you wish to coat and the resulting coating will depend on the quality and purity of the alloy used. When parts require welding earlier to anodizing, concern should be taken in the selection of the correct Filler Rod or wire worn for the process. Differences can tranquil occur from heating of the segment in the welding process that can change the alloy of the part. anodizing can enlarge the hardness of the untreated aluminum surface by more than 3 times. In order to anodize aluminum we need to grasp on to the material in such a way as to pass an electrical vogue through it, this is commonly obvious as a jig mark. For important sheets in excess of 3.6 meres lengthy surplus marks maybe needed on the top and bottom edges. Two Step The anodized aluminum is placed in a partition tank and a current is passed into the tank and tin in the form of stannous sulphate is plated into the pores of the anodized coating. As with timber, brick and other traditional building materials, no two pieces of anodized metal look exactly alike. Slight color variations are due to differences in alloy composition the grain size and grain orientation developed during the heat treatment or cold occupied processes and variations in the parameters of the color anodizing processes. Light conditions As the anodized conclude is translucent whether it is Catt or bright finished it will tend to reflect light like gemstones, It this property that gives life to conclude big-hearted it a different appearance depending on the angle and intensity of the light source it is inspected in. Differences in perception of color Each person has a different perception of color.