Mining & Metallurgy
Mining and metallurgy processes subject equipment to extreme wear, demanding abrasion-resistant valves capable of handling abrasive materials, high pressures, and extreme temperatures. As a leading manufacturer, VALTEK’s heavy-duty mining valves—including severe service gate and check valves—are engineered to endure the rigorous conditions of mineral extraction and metal refining. Built for uncompromising reliability, our solutions ensure safe and efficient flow control, significantly reducing downtime and maximizing productivity in high-stakes metallurgical operations.


Mining & Metallurgy Industry
Severe Service Flow Control for Mineral Processing and MetallurgyIn mining and metallurgy, pipeline systems are constantly tested by abrasive tailings, corrosive reagents, and heavy slurries. Severe service flow control is critical to withstand high-pressure mineral processing and intense mechanical wear. From auxiliary circuits to complex metal refining, pipeline infrastructure must deliver uncompromising resilience. Designing for these harsh environments is essential to prevent premature equipment failure, minimize costly maintenance downtime, and ensure safe, continuous operations.
Forged Valves (A182/A105N)
VALTEK Solutions for Process ControlVALTEK’s Forged Valves (A182 / A105N) are specifically designed to withstand the extreme mechanical stress and harsh environments inherent in mining and metallurgy. Delivering superior resistance to high pressure, elevated temperatures, and aggressive corrosion, these forged steel mining valves provide the unyielding reliability required for handling abrasive mining materials, critical auxiliary systems, and high-pressure fluids.

Forged Globe Valve
VALTEK Solutions for Process ControlOur Forged Globe Valves deliver precision throttling and dependable shut-off for the most demanding mineral processing applications. Demonstrating exceptional durability against abrasive media, these high-performance valves expertly manage the flow of corrosive gases, heavy slurries, and high-pressure process water, guaranteeing long-lasting structural integrity in severe service environments.
