In the mining and minerals processing industry, durability, flexibility, and performance are non-negotiable. At Afripex, we provide advanced PEX-a piping systems engineered to handle the extreme conditions found in mineral extraction, slurry transport, and process water applications. Designed for efficient and reliable liquid medium transportation, our piping solutions support both open-pit and underground operations.

The harsh environments of mining sites demand piping systems that can withstand abrasion, pressure fluctuations, chemical exposure, and temperature extremes. Our cross-linked polyethylene (PEX-a) pipes deliver on all fronts — offering superior flexibility, chemical resistance, and long-term durability in even the most challenging conditions.

Built for Tough Conditions

PEX-a is ideal for mining because it maintains structural integrity under mechanical stress and repeated thermal cycling. Whether transporting process water, chemical solutions, or abrasive slurries, our systems ensure consistent flow and minimized downtime. Unlike metal or rigid plastic alternatives, PEX-a resists corrosion, scaling, and cracking, reducing maintenance costs and extending service life.

Additionally, our piping systems are quick to install and easy to adapt to terrain changes or expansion needs. Their light weight and flexibility make them particularly well-suited for remote or difficult-to-access sites where conventional materials fall short.

Types of Pipes Needed in Mining Operations

Mining and minerals processing facilities rely on various types of pipes to handle different aspects of production:

• Process Water Pipes: For transporting clean and recycled water throughout the site.
• Slurry Transport Pipes: For moving abrasive mixtures of solids and liquids.
• Chemical Feed Lines: For transporting corrosive reagents used in ore treatment.
• Dewatering Pipes: For removing groundwater or excess surface water.
• Tailings Transport Lines: For moving mining by-products safely to containment areas.

Our PEX-a piping systems are engineered to support each of these applications with minimal wear and maximum performance.