Check common pain points of traditional manual zinc stripping including high labor cost & safety risks. PRS dual-station robotic stripping machine hits 700 plates/h to solve these issues for zinc EW plants.
Discover key environmental challenges in SX-EW copper projects and learn engineering solutions for humidity, heat, dust, altitude, and corrosion.
A suitable pre leaching thickener solution is critical in SX-EW plants. This article compares several approaches and explains why deep cone thickener may provide better performance.
In SX-EW copper plants, one of the most important inspection items for electrowinning cells (EW cells) are dimensional accuracy and leakage prevention.
The CSM onsite commissioning mainly included equipment installation checking, layout confirmation, electrical inspection, and preparation for the next commissioning stage of the cathode stripping machine line.
Comprehensive guide to beneficiation methods for sulfide copper, oxide copper, and mixed copper ores, including flotation, sulfidization, leaching-SX-EW, gravity separation, and byproduct recovery.
Complete guide to copper heap leaching and agitation leaching technology for oxide and low-grade sulfide ores, including crushing, granulation, leaching, solvent extraction, and electrowinning (SX-EW). PRS offers full hydrometallurgical equipment solutions.
A practical look at copper recycling trends in 2026, including scrap prices, supply pressure, automation, and what it means for smelting operations.
A technical deep dive into PRS’s electrolyte distribution piping systems, designed to optimize flow uniformity and energy efficiency in copper and zinc electrolysis and electrowining.
This article provides an in-depth analysis of the causes of severe corrosion of inter-cell busbars in zinc electrowinning and proposes a set of systematic and feasible solutions.
Exploring permanent stainless steel cathode technology vs. traditional starter sheets? Discover key differences in efficiency, cost, and ROI. Learn why leading smelters are upgrading and how our design expertise can help.
This article presents 8 key electrolytic tank house design optimizations for enhancing cathode copper production.