Cases
Deeply rooted in the main battlefield of polymetallic mines – KNFV-KF polyurethane knife gate valve
When the ore medium changes from a single mineral to a mixture of multiple metals such as gold, silver, copper, lead, zinc, and sulfur, ordinary valves often struggle to withstand the rapid wear and tear of high-hardness slurries.
In copper smelting and beneficiation processes, the valves in the water and slurry systems operate under extremely harsh conditions. Traditional gate valves and ball valves often fail due to wear, corrosion, or jamming. Our BV-BD Segmented ball valve, with its advanced mechanical design and materials science, is perfectly suited for the following critical workstations:
Detora KNFV-KF Slurry Valve: Fully Polyurethane-Lined for Non-Ferrous Mine Backfilling
Detora's KNFV-KF fully polyurethane-lined slurry valve is specifically designed for non-ferrous mine backfilling systems and is suitable for high-concentration slurry media. Its valve body is fully covered with a polyurethane lining, effectively resisting media corrosion and thus giving the valve an exceptionally long service life. A key advantage of this valve is that when the polyurethane bushing wears down, only the bushing itself needs to be replaced at low cost, restoring the valve to its original performance. This constitutes the core value of its cost-effectiveness throughout its entire lifecycle.
A new batch of Detora KNFV-KF all-polyurethane knife gate valves has manufactured, specifically designed for optimized upgrades to filling stations and thickener systems!
Detora BTA-TA DN500 Butterfly Valve: Key Equipment for Tailings Treatment in Cyanide Gold Extraction
In the cyanide gold extraction process, tailings treatment is the final control point for safety and environmental risks, and its operating conditions are often more complex and stringent than those of the main process. The selection of the Detora BTA-TA DN500 butterfly valve is a key equipment decision made in response to the characteristics of tailings slurry: high solids content, strong abrasion, potential corrosion, and large flow rate. It systematically solves long-term operational pain points and is the core guarantee for achieving safe, stable, and economical tailings treatment.