In the early 1900s, the Maurice A. Knight Company raised the status of American stoneware for chemical applications with its innovation of KNIGHT-WARE® products made from vitreous ceramic. Today, Knight Material Technologies continues the tradition of dependable and industry-leading corrosion prevention with the latest research, new technologies and advanced service solutions.
The engineers at Knight Material Technologies, Electro Chemical Manufacturing and Superior Dual Laminates design, manufacture, install and service custom acid-resistant linings used in highly corrosive processes for the environmental, chemical and mining industries worldwide. Headquartered in East Canton, OH, the company sells products in more than 40 countries, with sales offices in Australia, Canada and Chile and fabrication shops in Baytown, Texas, Emmaus, Pennsylvania.
Previously known as Koch Knight and part of Koch Engineered Solutions, Koch Knight became Knight Material Technologies after a divestiture to High Street Capital in December of 2021. The new venture has allowed Knight Material Technologies to expand the company’s offerings in innovative solutions, services and infrastructure.
The team at Superior Dual Laminates has been blazing the tech trail for lined FRP equipment for over 40 years. We wrote the book on Dual Laminates. From new bonding and fusion techniques, to delivering the first vacuum-formed liners, to establishing QC protocols, Superior Dual Laminates continues to create the most effective techniques to improve your equipment’s performance and service life.
Since 1949, Electro Chemical Manufacturing (ECM) has been at the vanguard of the war on industrial corrosion. In the early 1980s, we pioneered the first commercial fluoropolymer linings and coatings for corrosion protection systems, and we maintain our industry leadership position today. We design, engineer and provide on-site solutions of fluoropolymer lining and coating systems for pressure vessels, tanks, distribution equipment and internal components where the corrosive environment is extremely harsh or the purity requirement is extremely high.
