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.
Anode lifting tool ensures safer anode handling, faster operations, and better copper quality in electrowinning tankhouses.
Anode lifting bale improves safety, efficiency, and precision in EW tankhouses, helping plants achieve better performance at lower cost.
The cathode lifting tool is specially designed for copper EW tankhouse to ensure operational safety and processing efficiency. It is an indispensable equipment in modern electrolysis workshops.
This article outlines PRS’s logistics operations, covering the entire process from packaging to port delivery.
A Detailed Analysis of the Differences Between 316L and LDX 2101 Stainless Steels.
PRS Titanium Anodes represent a breakthrough in electrochemical engineering, offering exceptional durability, efficiency, and compatibility with high-impurity electrolytes.
PRS uses precision-controlled selective acid leaching to achieve high metal recovery rates while fully utilizing iron residues.
Discover the Right Way to Prepare Ore & Scrap Samples