Wall Colmonoy (USA) is pleased to announce the addition of Josh Gardner as Business Development Manager – Surfacing Products as part of the Alloy Products Americas’ Sales Team. Read More

Wall Colmonoy is pleased to announce a $2.5 million modernization plan at their Alloy Products plant located in Los Lunas, New Mexico. The plan aims to increase capacity, improve processes, and add new capabilities. Read More

For over 50 years, Winston Jenkins has been imbedded in British industry and at the center of Wall Colmonoy Limited (UK). Read More

Wall Colmonoy is pleased to announce the return of Joel Gutierrez as Business Development Manager – Alloy Products. Joel previously worked at Wall Colmonoy from 2010 and 2017. Read More

Wall Colmonoy offers a range of tough alloys designed exactly for these conditions. Used extensively for the protection of sleeves, stabilisers, and steering pads, Colmonoy® alloys are an integral part of many oil and gas operations. Read More

Wall Colmonoy is pleased to announce they will be exhibiting at booth 1071, Hall 10 at ONS Aug 29- Sept 1, 2022 in Stavanger, Norway. Wall Colmonoy will be promoting their extended life components, wear resistant alloys, coatings service, engineered technologies and binder jet capabilities. Read More

Wall Colmonoy offers a range of tough alloys designed exactly for these conditions. Used extensively for the protection of sleeves, stabilisers, and steering pads, Colmonoy® alloys are an integral part of many oil and gas operations. Read More

Colmonoy® 225, 226, 227, 228, 229, and 234 are used extensively in the Glass Container industry for repair and / or protection of castings or mould parts. Read More

Back by popular demand, UK Technical Manager Warren Lewis demonstrates the Sprayweld™ Process, an industry-leading system to rebuild surfaces and provide wear protection. Read More

The project involved the development of the Wall Colmonoy Machine Learning Tool, an artificial intelligence based software able to assist in predicting the particle size distribution without running additional experiments. Read More