Applications
Applications
Wear-resistant piping matched to the media, wear pattern and working conditions of each industry.
Mining & Mineral Processing
Mining and mineral processing convey highly abrasive slurries and solids — mineral slurries, tailings, concentrates and backfill. Wear concentrates where flow changes direction and where solids travel at speed, so pipe, elbow and tee selection must follow the actual operating conditions rather than a single material rule.
View Mining & Mineral ProcessingCement, Ceramics & Building Materials
Cement, ceramics and building-material handling moves both dry powders and granules and wet media — cement, clinker, slag and limestone powder on one side, and gypsum slurry, ceramic slurry and ceramic mortar on the other. The two states wear pipework differently and must be evaluated separately.
View Cement, Ceramics & Building MaterialsPower & Coal
Power and coal handling moves both dry media — pulverized coal and fly ash — and wet media such as ash slurry and coal slurry. Dry and wet conveying impose different wear and corrosion conditions, so each stream is evaluated on its own terms.
View Power & CoalSteel & Metallurgy
Steel and metallurgy handling moves coarse, hard and highly abrasive solids — ore fines, coke fines, sinter, slag and metallurgical dust. Wear is driven by particle hardness and shape as much as by velocity, so liner selection follows the measured duty rather than a single material rule.
View Steel & MetallurgyChemical Industry
Chemical and process duties combine abrasion with corrosion — slurries, process dust and abrasive media that attack the pipe wall chemically as well as mechanically. Suitability depends on the chemical properties of the conveyed medium and on product purity requirements, not on wear resistance alone.
View Chemical Industry