Progressive Materials Technology provides technical consulting and problem-solving across materials engineering, metallurgy, manufacturing process development, advanced materials, surface engineering, powder metallurgy, and technology commercialization.
Integrated Technical Capabilities
Complex industrial problems often cross the boundaries between materials, manufacturing processes, equipment, operating conditions, and commercialization.
Progressive Materials Technology brings these disciplines together to identify practical solutions rather than treating each part of the problem in isolation.
Materials Engineering & Metallurgy
PMT provides materials engineering and metallurgical expertise for metals, alloys, refractory materials, carbides, powders, and composites. Work may involve material selection, development, characterization, failure analysis, processing behavior, or solving production problems where material performance is a critical factor.
The focus is practical application, understanding how a material behaves not only in theory, but during manufacturing and under real-world operating conditions.
Manufacturing Process Development
PMT works with manufacturers to develop, improve, and troubleshoot production processes involving metals, advanced materials, powders, coatings, and other engineered materials. This can include evaluating process variables, identifying sources of inconsistency or failure, improving product quality, and developing methods for moving a process from concept into reliable production.
The objective is not simply to make a process work once, but to understand the factors that control it well enough to make it practical, repeatable, and scalable.
Advanced Materials Development
PMT supports the development of advanced materials for applications where conventional materials or processes do not provide the required performance. Work may involve new alloys, refractory and hard materials, composites, powders, coatings, and specialized material systems developed for demanding industrial environments.
Development is approached with eventual production in mind, considering not only material properties, but also processing methods, manufacturability, cost, scalability, and the requirements of the intended application.
Surface Engineering & Coatings
PMT provides expertise in surface engineering and coating technologies used to modify material performance without changing the underlying component. Applications may involve improving wear resistance, corrosion resistance, thermal performance, friction characteristics, adhesion, or other surface-dependent properties.
Work can include evaluating coating materials and processes, solving adhesion or performance problems, and developing surface treatments suited to the substrate, manufacturing process, and operating environment.
Powder Metallurgy & Particulate Materials
PMT provides expertise in powder metallurgy and particulate materials, including the processing of metal and advanced-material powders into useful products. Work may involve powder selection, particle characteristics, blending, consolidation, sintering, and the relationship between processing conditions and final material properties.
The focus is on developing practical powder-based processes and solving problems involving density, uniformity, material behavior, production consistency, and performance in the finished component.
Technology Commercialization
PMT works with inventors, technology companies, and industrial organizations to move technical concepts toward practical commercial application. This may involve evaluating technical feasibility, refining materials and processes, identifying manufacturing requirements, and resolving problems that emerge as a technology moves beyond the laboratory.
The objective is to bridge the gap between a promising technical concept and something that can be manufactured, scaled, and applied successfully in the real world.
Have a Technical or Manufacturing Challenge?
Whether the problem involves materials, processing, production, performance, or moving a technology toward commercialization, Progressive Materials Technology can help evaluate the challenge and identify practical paths forward.