Feeder chute made by Chromium carbide alloy plate composite cladding fusion bonded to a mild steel backing material. The deposit has been realized by means of oscillated welding and a wear resistant coating applied by submerged arc welding. Fine cracks perpendicular to the welding bead is normal due to natural stress relieving in a very hard matrix. Very high volume of chromium carbides evenly distributed throughout the uniform thickness of the deposit. Suitable for applications involving high abrasion and low to medium impact.
The overlay chemical composition is the key The main ingredients of our feeder chute made by Chromium carbide alloy plate. This chemical proportion results in a large amount of Cr7C3 chrome carbide hard particles. The micro-hardness of these particles throughout the layer will guarantee a super wear resistant surface. Performance test: Test equipment: Quartz sand rubber wheel abrasion test machine. Conditions: Choosing same dimension specimens for different materials and wear plate producers, and put them under the same wearing working conditionsin our testing equipment.
Our Fixed Plant specialists are focused on developing products and services to meet customer aspirations. We provide a range of engineering services and have sufficient capabilities to develop and manufacture a solution for any project. Our vast product range is continuously expanding to provide total wear solutions. Our research and development has led to providing a range of products from quench and tempered steel, chromium carbide or ceramic based products. Thus providing the best suited material for the environment that it has to perform.