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Intelligent Multi-Element Rapid Analyzer

Product Number：

HM-DYS1

Product Difference：

Measure 3 elements at once

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Product Details

1. Instrument Introduction

1.1. Instrument Principle: The DYS1 multi-element rapid analyzer is a multi-element rapid analyzer developed based on the principle of photometric analysis. It optimizes the linear relationship between sample concentration and reading within the range conforming to Beer's Law, resulting in more accurate sample determination results.

1.2. Instrument Features: The DYS1 multi-element rapid analyzer employs a unique method of linear extension and sensitivity enhancement, solving the problems of linear deviation in high-component analysis and poor sensitivity in low-component analysis found in traditional photometric methods.

1.3. Applicable Industries: The DYS1 multi-element rapid analyzer has significant advantages in system analysis within the silicate industry. It has been applied in thousands of industries (including research institutes and universities) such as ceramics, refractory materials, cement, glass, geology, and non-metallic minerals, and has entered the international market in batches, receiving widespread recognition from users.

2. Technical Parameters

2.1. Measurement Range

2.1.1. Measurement Range of Oxides

Name	Content	Name	Content	Name	Content	Name	Content
Silicon dioxide	0.1-99%	Aluminum oxide	0.1-99%	Ferric oxide	0.1-99%	Titanium dioxide	0.1-99%
Potassium oxide	0.1-99%	Sodium oxide	0.1-99%	Calcium oxide	0.1-99%	Magnesium oxide	0.1-99%
Boron trioxide	0.1-30%	Zirconium oxide	0.1-99% %	Lithium oxide	0.1-15%	Tin oxide	0.1-99%
Lead oxide	0.1-99%	Zinc oxide	0.1-99%	Manganese oxide	0.1-99%	Chromium trioxide	0.1-99%
Barium oxide	0.1-10%	Nickel oxide	0.1-15%	Cobalt oxide	0.1-10%	Phosphorus pentoxide	0.1-30%
Copper oxide	0.1-99%	Vanadium pentoxide	0.1-99%

2.1.2. Sample Types: Feldspar, clay, kaolin, quartz, limestone, wollastonite, talc, dolomite, ceramic powder, glaze, frit, bauxite, corundum, alumina, magnesium oxide, and other silicate, aluminate, high-calcium, and high-magnesium samples or ores. White corundum, sub-white corundum, fused alumina, tabular corundum, zirconium corundum, alumina powder, metallic aluminum powder, metallic silicon powder, silicon carbide, α-alumina, brown corundum, bauxite, charred gemstone, andalusite, olivine, talc, dolomite, wollastonite, cordierite, mullite, zirconium mullite, magnesium aluminum spinel, limestone, calcite, potassium sodium feldspar, diopside, spodumene, lithium feldspar, lepidolite, lithium aluminum phosphate, fluorite Materials include: stone, quartz sand, quartz powder, silica fume, white silica fume, perlite, magnesia-chrome bricks, high-alumina cement, aluminate cement, refractory mortar, silicate cement, zircon sand (powder), zirconium silicate, zirconium oxide, magnesia, magnesia powder, manganese powder, nepheline, kyanite, sillimanite, pyrophyllite, aluminum hydroxide, calcium aluminate, various clays, kaolin, kaolin, bentonite, sepiolite, sericite, basalt, slag, briquettes, and rod powder.

2.2. Analytical Accuracy: Complies with GB/T4734, QB/T2578-2002 Permissible Errors for Ceramic Materials Analysis and GB/T6900 Permissible Errors for Refractory Materials Analysis.

2.3. Analytical Speed: Completes eight-element analysis of one sample within 5 minutes, and routine elemental analysis of eight samples within 20 minutes.

2.4. Sample Injection Channels: 3.

2.5. Number of Continuously Measured Samples: 20. 2.6. Equipped with an automatic sample feeding and discharging system.