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For over 20 years, we’ve been driven by one primary goal: helping customers get more from their ore. We partner with our clients to drive continuous process optimisation to their plant with application-specific mineral processing solutions that:
The dense medium cyclone (DMC) is the most ubiquitous of the DMS vessels in use, and deservedly so. It is efficient (when run properly), can process both coarse and fine sizes, and has a relatively small footprint. Unlike o…
This setup is sulfide rock minerals processing plant, suitable for processing Sulfide rock Gold, Copper, Silver, Zinc, Lead, Fluorite ore, etc. Has a high recovery ratio for sulfide-type minerals. Usually can reach about 85-90% depending on ma…
Silver is often associated with lead-zinc ore, copper ore, gold ore, and limonite, and is mainly produced by flotation. The silver intercalation in its silver-bearing minerals is fine and complex in size, and combined beneficiation methods such …
Diamond wash plants, also known as diamond processing plants or diamond recovery plants, are specialized facilities designed for extracting and processing diamonds from alluvial ore or diamond-bearing gravel. It’s common used in…
Flotation is a common method for gold concentrators to process rock gold ore, and it is often used to process sulfide mineral gold-bearing ores with high floatability. The flotation gold process can directly discard the tailings, and at the same…
Gold CIP (Carbon-in-Pulp) is a widely used method for extracting gold from ore. It involves using activated carbon to adsorb gold from a cyanide solution, followed by elution and regeneration of the carbon for reuse. Gold CIP (Carbon-in-Pulp) …
CIL (Carbon In Leach) is the carbon leaching method for gold extraction. Normally the CIL process can concentrate gold from 2.5–3.5 g/t in ore to 2000 to 6000 g/t on carbon. CIL gold process is suitable for beneficiating oxidize…
Gold ore beneficiation process includes gravity separation and flotation process, CIP, CIL process, and heap leaching, etc. Our process is suitable for separating all gold-containing minerals such as placer gold, rock gold, sulfid…
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Cobalt ore is typically found in association with various minerals, such as copper-cobalt ore, nickel-cobalt ore, iron-bearing cobalt ore, and manganese-cobalt ore. These ores may contain impurities and harmful substances like sulfur and arsenic…
Antimony ore can be classified into antimony oxide and antimony sulfide. The main methods for its beneficiation are hand selection, gravity separation, and flotation. Antimony ore beneficiation can be achieved through a combination of hand sep…
Molybdenum is a refractory metal commonly recovered and beneficiated through the flotation process. This process aims to extract valuable molybdenum minerals, such as molybdenite, pyrite, and chalcopyrite. Among these minerals, molybdenite, whic…
Tantalum niobium ore is a broad term that encompasses minerals containing tantalum and niobium, primarily extracted from tantalite (coltan), niobium iron ore (columbite), and pyrochlore. We specialize in tailoring tantalum niobium ore processin…
Tin ore (Cassiterite) processing primarily relies on gravity separation due to the higher density of the ore compared to its associated minerals. However, in some cases where iron oxide minerals like magnetite and hematite are present, magnetic …
Nickel ores consist primarily of copper-nickel sulfide ore and nickel oxide ore, specifically laterite nickel ore. The primary method for beneficiation of nickel ore is the flotation process, with magnetic separation and gravity separation often…
According to the properties of lithium ore, the more suitable methods for processing are gravity separation, flotation, magnetic separation, or a combination of these methods. An efficient lithium ore processing plant mainly includes crushing,…
Tungsten ore is classified into two categories: wolframite and scheelite. Gravity separation is the primary method for wolframite beneficiation, with magnetic separation being utilized as a secondary process. On the other hand, scheelite benefic…
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Magnetite is a widely distributed iron-containing mineral, primarily found in granular aggregates with strong magnetism. It can be categorized into two types: single magnetite and mixed ore, depending on the composition of iron-containing minera…
Titanium is commonly found as oxide minerals, primarily ilmenite (FeTiO3), rutile (TiO2), and titanium magnetite. These minerals hold industrial value and can be utilized effectively. For comprehensive recycling purposes, titanium ore needs to…
Iron ore encompasses a wide range of variants, and their processing techniques vary considerably. The common iron ore beneficiation process involves a combination of gravity separation and magnetic separation. The choice of specific beneficiatio…
Zoneding Machine provides a comprehensive manganese ore processing solution that involves several stages and techniques. The process includes crushing, washing, screening, gravity separation, magnetic separation, and flotation. Each step is desi…
Chrome ore beneficiation processes involve gravity separation, flotation, and magnetic separation. Magnetic separation is suitable for chromite with better magnetic permeability for improved concentrate grade. offers custom chrome ore processin…
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The graphite beneficiation process involves flotation, electric separation, and gravity separation. The unique properties of graphite, such as its water repellency and buoyancy, make it easy to separate from impurity minerals. Our graphite ben…
The complete beach sand processing plant flow includes crushing, screening, gravity separation, magnetic separation, drying, and electric separation. This processing plant is also suitable for zircon, rutile, and ilmenite sand separation plants….
Silica sand, also known as quartz sand, is categorized based on its SiO2 (silicon dioxide) content. Quartz sand refers to silica sand with a SiO2 content of more than 98.5%, whereas silica sand refers to those with a SiO2 content lower than 98.5…
Phosphate beneficiation methods include scrubbing and desilting, gravity separation, flotation, and combined maglev. The choice of method depends on the ore type. Selecting the right beneficiation plant and equipment is important to obtain high-…
Feldspar is a mineral that primarily contains iron minerals, along with impurities such as clay, quartz, mica, garnet, beryl, and others. The separation of feldspar from these impurities typically involves several processes. These processes incl…
Quartz sand, or silica sand, is a widely used non-metallic mineral raw material with various applications. The beneficiation of quartz sand involves a challenging separation process aimed at removing small or trace impurities in order to obtain …
Fluorspar, also known as fluorite, is primarily composed of calcium fluoride (CaF2) and finds widespread industrial use as a source of fluorine. The sorting of fluorite ore is achieved through gravity separation and flotation techniques. The des…
Kaolin processing and beneficiation techniques aim to maximize the grade and recovery of kaolin, resulting in the production of high-purity products. This process not only ensures the quality and utilization of minerals but also enables the fulf…
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After the mineral processing of the ore, the valuable components are enriched into concentrates, while the remaining substances are referred to as tailings. To effectively utilize and recover these tailings, concentrators employ a tailings rec…
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Zoneding Machine
