A North American cold chain logistics equipment manufacturer faced the issue that the original steel body components were excessively heavy, increasing the vehicles’ fuel consumption.
Stainless Steel Alloy Piping Project for Water Pumping Stations in Africa
A water supply and irrigation pumping station in a rural area of Africa, where the groundwater contains high levels of silt, resulting in severe scouring and corrosion on the inner walls of the water supply pipes.
Project for Wear-Resistant Alloy Lining Plates for Conveyor Equipment at South American Mines
In an open-cast iron ore mine in South America, high-speed ore impact was causing rapid wear to the lining plates, and frequent production stoppages to replace them were affecting the mine’s output.
Project for Biphasic Alloy Impeller Components for European Wastewater Treatment Equipment
A municipal sewage treatment plant in Europe. The medium within the aeration tanks consists of acidic and alkaline corrosive effluent, causing severe wear and corrosion to standard stainless steel impellers, resulting in short replacement cycles.
Heat-Resistant Aluminium Alloy Project for Photovoltaic Mounting Systems in the Middle East
At solar power stations in the Middle Eastern desert, the ground surface is exposed to intense heat during the summer, causing standard steel mounting structures to oxidise and deform, which affects the installation accuracy of the solar panels.
Project for High-Strength Alloy Components for Port Cranes in South-East Asia
Project Overview: At a major freight port in South-East Asia, the existing crane boom connectors had long been subjected to corrosion from sea winds and salt spray, as well as impact from alternating loads. This resulted in rapid cracking and wear of the components, leading to persistently high maintenance costs.