We build confidence in FRP
Industries
Maverick has changed the perception of FRP in the mining market. Now, we see FRP as a reliable material for our needs.
Enrique Escobar, Metatron Mining and Energy Solutions
Mineral Processing
The demand for raw metals is increasing worldwide. And so are the expectations for processing plant performance and production. From a corrosion standpoint, mineral processing can be extremely aggressive and demanding. FRP is an excellent material for handling the acid and the metal concentrate required for hydrometallurgy.
Selecting the best and most cost effective materials for mineral processing is essential for ensuring dependable and low maintenance service. Because there are a variety of conditions in material processing such as solvents, acids, caustics and slurry mixtures, trial-and-error is no way to conduct a material selection process. Instead, Maverick Applied Science can guide you in making reliable and safe material choices and in designing systems.
View some of our Mineral Processing projects
Not only does FRP piping last longer and require less maintenance than other materials of construction in mineral processing systems, it is used in a variety of ways, including:
- Pipes
- Tanks
- Absorption towers
- Ductwork
- Solvent extraction vessels
Want to Know More about Maverick’s Work?
If you’re looking for more information about the kind of work Maverick Applied Science does, check out our various projects.
From the Maverick Blog
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Pipe Stress Analysis of Nonmetallic Piping Systems
Plant Owners and Engineers are becoming much more knowledgeable regarding design concerns and expectations for nonmetallic piping systems....
Hazardous Chemical Byproducts and FRP: What You Should Know
Waste incineration facilities dispose of some of the most hazardous and corrosive by-products in the chemical process industry. Find out why FRP...
Maverick Webcast
Performance Conditions and Applications for High Temperature Resins
Presented by Michael G. Stevens at the 3rd Annual Plant Engineer's FRP Forum. Mike is currently a Principal Scientist in Ashland Composites. His responsibilities include handling technical support and development of corrosion resistant and fire retardant resin systems.