The metal replacement to improve the performance of pump wear rings
Roboze Additive Manufacturing can provide metal replacement solutions for pump wear rings.
By using advanced high-performance polymers or composites, such as PEEK and Carbon PEEK, with our 3D printing technology you can produce wear rings that offer improved performance and longevity compared to traditional metal parts. These materials have excellent chemical resistance, high wear resistance, and low friction, which make them ideal for centrifugal pump wear ring applications.
OEMs in the industry can benefit from Roboze's global distributed manufacturer network to offer customized solutions and expand their market reach for pump wear rings. By leveraging Roboze's 3D printing technology, OEMs can provide their products faster and more efficiently.
Production of pump wear rings: conventional method vs 3D printing
Manufacturers and end-users have faced problems for a long time with pumps that have mating components made of cast iron, stainless steel, and bronze: the conventional method is time-consuming and expensive. Additionally, traditional methods may not be able to produce centrifugal pump wear rings with complex geometries or shapes, which can limit the design possibilities for these parts.
An OEM in the Energy industry has 3D printed pump wear rings with Roboze industrial 3D printing solution combined with PEEK and Carbon PEEK materials. Using PEEK helps alleviate concerns about galling and seizing while also providing a safer handling option for engineers. By utilizing these qualities and following basic design guidelines, pump performance and reliability can be improved in the Oil&Gas industry opening up new possibilities for pumps design. The components have demonstrated comparable or even superior performance to conventionally manufactured parts, while also reducing lead times and costs.