Rare Earth Analyzer EDX8800M Max For The Rapid Analysis Of Rare Earth Components In Monazite - Mining
Monazite, a phosphate mineral, is categorized within the realm of rare earth minerals as it harbors rare earth elements. It predominantly exists as an accessory mineral within granite, syenite, gneiss, and granite pegmatite formations, and on occasion, can also be detected in hydrothermal deposits. The coloration of monazite may manifest as brownish-red, yellow, or brownish-yellow, accompanied by a greasy luster. In terms of hardness, it registers a Mohs scale value ranging from 5 to 5.5, and its density approximates 4.9 to 5.5 g/cm³. Monazite stands as a crucial mineral source for the extraction of rare earth elements, particularly those belonging to the cerium group. Its chemical composition frequently incorporates thorium, and in certain instances, the content of thorium dioxide can ascend to 30%.Rare earth elements are widely used in ferrous and non-ferrous metallurgy, glass and ceramic production, electronics, electric lighting, television and laser technology, the chemical industry, medical treatment, and agricultural production.
As a high-performance vertical energy-dispersive X-ray fluorescence (EDXRF) material analyzer, the EDX8800M MAX is equipped with a high-power X-ray excitation system and a FSDD detector with a high counting rate and high resolution. It provides an excellent linear dynamic range, enabling higher-precision process and quality control in metals, cement, minerals, mining, glass, and ceramics.
It focuses on the qualitative and quantitative analysis of major, minor, and trace elements or compounds in various materials and is widely applied to the rapid qualitative and quantitative analysis of the chemical components of production raw materials and finished products in alloy materials, precious metals, iron ore powder, non-ferrous metals and powders, metallurgy, metallic and non-metallic mineral ores, refractory materials, refractory raw materials, titanium dioxide, gypsum, catalysts, ceramics, cement, lime, the glass industry, quartz, feldspar, calcite, clay, rock wool, soil, solid waste, dust removal ash, red mud, fly ash, rare earth permanent magnets, petroleum oil products, slag, etc. It is fast, accurate, non-destructive, highly efficient, and environmentally friendly, without the need for acid-base chemicals.
Model: EDX 8800M MAX
Type: Floor-standing
Detector: SUPER FAST SDD
X-ray Excitation Source: ESI-G300 ultra-thin beryllium window micro-focal spot 0 - 2mA
High-voltage System: 0 - 70kV (low ripple), minimum adjustable: 1kV
Multichannel Analyzer: Digital 4096 channels
Sample Spin Platform Control System: Expandable (optional)
Vacuum System: Built-in
Auto Sampler: 10/12/14 cup positions available
Application Range: Geology and mining, alloys, soil
Element Range: Sodium Na11 - Uranium U92 (The detection limits of sodium, magnesium, aluminum, and silicon are high)
Expandable Elements: Fluorine F9 - Americium Am95
Host Interface: USB3.0
Camera: Variable focus high-definition camera
Helium Inflation System: Expandable (optional)
Input Voltage: 220V/20A
Power Peripherals: Voltage stabilizer with purification + isolation
