Shandong Xinhai Mining Technology & Equipment Inc. is a global leader in chrome ore beneficiation. The company has over ten years of experience. It continues to innovate in chrome ore processing equipment. Xinhai helps clients improve concentrate grade, increase recovery rate, and reduce costs. All equipment supports green mining practices.

Explore the complete chrome ore beneficiation process, including ore types, advanced technologies, and equipment selection. Learn how to improve recovery rates and reduce energy consumption in chrome ore processing.

Carbon‑in‑Pulp (CIP) is an established, efficient method for recovering gold from cyanide-leached slurry. It works best on low-grade and oxidized ores, flotation tailings, and gravity-tailings due to its simplicity and low capital cost

Let’s be real—chrome wash plants aren’t exactly cocktail party conversation, but they’re kinda the unsung heroes behind your kitchen knives, car parts, and that shiny fridge you’ll never clean. These things basically take raw chromite ore (yeah, the FeCr₂O₄ stuff) and turn it into the good stuff stainless steel manufacturers drool over. With the world’s appetite for ferrochrome growing (blame your neighbor’s new appliances), everyone’s scrambling to build smarter, cheaper chrome processing setups. South Africa and Rustenburg? Heavy hitters in this game.

In modern gold extraction technology, the Carbon-in-Pulp (CIP) and Carbon-in-Leach (CIL) processes are the two most widely used cyanidation methods. Although both belong to the category of activated carbon gold adsorption, they are quite different. Their differences include process structure, application scope, and operational efficiency.

Copper is super important in industry, used everywhere from wiring to green energy. With the world building more infrastructure and pushing green energy, the demand for copper's going up. Copper mining is a complex chain of exploration, extraction, processing, and refining, which matters a lot to folks in different industries.

Introduction to Copper Mining

The most widely used lithium mineral. It has high lithium content (1.0–1.5% Li₂O) and is found mainly in Australia, China, and Canada. It is stable and responds well to modern processing methods.