Advanced Mineral Processing Systems Engineered for Performance, Efficiency & Sustainability
Dry and wet gravity concentration technologies for high recovery efficiency.
The MJQL cyclical ball grinder is a laboratory and small‑scale production machine designed for grinding and mixing materials. It is widely used across industries such as geology, mining, metallurgy, coal, building materials, light industry, chemical engineering, and electricity.
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The XCT Diaphragm Jig is a gravity separation device used in mineral processing labs to sort ore particles by weight and settling velocity. It’s ideal for experimental research on black and non-ferrous metals, chemicals, and construction materials.
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The Electric Hot Plate is a laboratory heating device that provides fast, uniform, and high‑temperature heating. Built with alloy wire, wrought iron, stainless steel, or aluminum surfaces, it is safe, clean, and energy‑efficient for heating organics and combustibles.
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The DF‑4 Electromagnetic Sample Preparation Comminuter uses electromagnetic vibration to crush materials at 3000 strikes per minute. Compact, efficient, and dust‑free, it is ideal for laboratories in mining, cement, metallurgy, chemicals, coal, and grain sectors.
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The XCTS–φ300 Magnetic Dewatering Tank is a laboratory device for processing fine mineral samples, designed to recover iron and remove impurities. Compact and efficient, it combines electromagnetic power with reliable separation capacity.
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The XSHF2‑3 Wet Sample Separator is a laboratory device for pulp division and wet sample splitting. It ensures representative small samples in terms of solid content, particle size, and chemical composition.
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The XPWL Planet‑Type Intelligent Grinder is a four‑cylinder planetary mill for fine grinding and mixing. Compact, efficient, and versatile, it is widely used in labs and small batch production across ceramics, chemicals, pharmaceuticals, and non‑metallic minerals.
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The Chamber Resistance Furnace is a high‑temperature lab furnace used for heat treatment processes like quenching, annealing, and tempering. It supports temperatures up to 1300°C and is ideal for metallurgy, mining, and scientific research applications.
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The Electrothermal Blowing Dry Oven is a precision lab oven with accurate temperature control, ideal for drying, heating, and sterilizing samples. It’s widely used in industrial labs, universities, and research institutes.
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The XSZ‑600×300 Single‑ and Double‑Layer Vibrating Screen is a laboratory screening device for separating materials by particle size. Compact and efficient, it is widely used in metallurgy, geology, chemicals, gas, and construction research labs.
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The XSBP‑A Vibrating Sieve Shaker is a laboratory device for sieving and analyzing materials in geology, metallurgy, chemicals, coal, cement, and construction. It provides precise shaking and hammering action for accurate particle size analysis.
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The Environment‑Friendly Sample Pulverizer is a high‑efficiency lab grinder that uses electromagnetic vibration to pulverize samples at 3000 strikes per minute. It’s compact, quiet, and dust‑free—ideal for mining, cement, metallurgy, chemicals, coal, and lab use.
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The XSZ‑200 Top‑Vibrating Sieve Shaker is a laboratory device for sieving and analyzing materials in geology, metallurgy, chemicals, coal, cement, and construction. It delivers precise vibration and amplitude control for accurate particle size testing.
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These high‑manganese steel sample pulverizers are designed for efficient grinding and sample preparation in labs and industrial settings. With various models supporting single, multi‑cup, and continuous feed options, they suit diverse needs in mining, metallurgy, cement, and chemical analysis.
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These tungsten carbide sample pulverizers are high‑precision grinding machines designed for fast, dust‑free sample preparation. Available in single to multi‑head configurations, they’re ideal for labs in mining, metallurgy, cement, and chemical industries.
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The Corundum Series Sample Preparation Crushers (GJ‑A and GJ‑B) are compact machines for fine grinding of samples with high precision. They deliver uniform discharge granularity, making them suitable for laboratory analysis in metallurgy, cement, and chemical industries.
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The DG Double Roller Crusher is a patented, portable machine for precise crushing of materials in geology, metallurgy, construction, chemicals, coal, and mineral research. Available in sealed and environment‑friendly types, it delivers high accuracy with low labor intensity.
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The Glass Steel Bed Shaking Table is a mineral separation device for nonferrous, ferrous, rare metals, and gold. With customizable feed direction and surface type, it’s ideal for medium and small ore treatment plants requiring precision and durability.
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The XPF Disc Shredder is a compact crusher for minerals of medium hardness, widely used in mining, metallurgy, and laboratory R&D. Easy to operate without anchoring, it delivers reliable performance across multiple models.
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The LYN(S)‑1100×500 Aluminum Surface Shaker is a gravity beneficiation device for separating minerals by density. Compact and easy to operate, it’s ideal for laboratory research, testing, and small concentrators.
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The PE Jaw Crusher is a versatile crushing machine with a large reduction ratio, uniform discharge, and low power consumption. Available in multiple models, it’s widely used in metallurgy, mining, and building materials industries.
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The PE Jaw Crusher is a versatile crushing machine with a large reduction ratio, uniform discharge, and low power consumption. Available in multiple models, it’s widely used in metallurgy, mining, and building materials industries.
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The Closed Jaw Crusher (PE and PEF series) is a dust‑sealed machine for crushing minerals in metallurgy, mining, chemicals, ceramics, and building materials. Compact and efficient, it ensures clean operation and precise sample preparation.
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The HPEF Environmental Suspended Crusher is a compact, dust‑free machine for crushing minerals with high efficiency and low noise. Designed for clean sample preparation, it offers adjustable discharge widths and reliable performance across multiple models.
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The XCG‑II Roller Dry Magnetic Separator is a precision lab machine for separating magnetic and strong magnetic minerals. Compact and efficient, it’s widely used in metallurgy, geology, building materials, combustion, and chemical research.
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The PC Hammer Crusher delivers strong crushing performance with excellent sealing, preventing clogging and ensuring easy cleaning. Compact and versatile, it’s widely used for sample preparation across industrial applications.
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The XMQL φ420×450 Grid Ball Grinder is a laboratory mill for precise material grinding, delivering controlled particle sizes with high efficiency. Compact and durable, it’s ideal for metallurgy, mining, and industrial research applications.
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The CRS φ400×300 Electromagnetic Wet Drum Magnetic Extractor is designed for separation tests of strongly magnetic minerals like magnetite and pyrrhotite. Compact and efficient, it’s widely used in metallurgy, cement, ceramics, and environmental applications.
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The XCGS φ50 Magnetic Extractor (Davis analysis tube) is a laboratory device for determining magnetic content in ferromagnetic ores. Compact and precise, it’s widely used in mining, metallurgy, and geology research.
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The CSQ 50×70 High‑Intensity Magnetic Extractor is a laboratory separator for hematite, limonite, siderite, and other metallic ores. With strong magnetic gradients and wide applicability, it’s ideal for testing low‑grade iron ore and separating manganese, tin, wolframite, and more.
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The 1/8 MPS Hammer Crusher Splitter is a closed, dust‑free machine for continuous crushing, screening, and splitting of samples. Safe, efficient, and environmentally friendly, it ensures accurate sample preparation without blockages or residue.
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The XMB Four Roller Fifty Cylinder is a laboratory grinder for dry and wet sample preparation, featuring rubber‑covered rollers and safe, reliable operation. Compact and efficient, it’s ideal for metallurgy, geology, coal, and mineral research.
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The XMGB Work Index Ball Mill is a laboratory device for determining the grinding work index of ores, slag, and other materials. Built to industry standards, it ensures precise testing with reliable performance across two model sizes.
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The QM Tube Ball Grinder is a versatile laboratory mill for dry and wet grinding of ores, cement, ceramics, coal, and chemicals. Safe and efficient, it offers strong environmental protection and reliable performance.
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The XMB Rod Mill is a compact, multi-purpose laboratory grinder for wet and dry sample preparation. Efficient and versatile, it supports single or grouped cylinder use and pairs well with flotation machines.
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The ZQM intelligent conical ball mill uses frequency conversion technology for precise speed control and efficient sample processing. It is ideal for laboratory applications such as stirring, grinding, separation, and material analysis in mining, metallurgy, and chemical industries.
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The XMB three-roller four-tank mill allows simultaneous grinding of multiple samples with adjustable tank speed and capacity. It is widely used in laboratories for mixing, dry/wet grinding, and material testing in mining, metallurgy, and chemical industries.
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The XMQ conical ball grinder is designed for laboratory mineral analysis and fine grinding of various materials. Its compact size, efficient performance, and ease of operation make it suitable for geology, metallurgy, and chemical testing applications.
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The rod mill is suitable for laboratory wet method grinding of ores or other materials. It can also be used for dry grinding of general materials.
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