ESi EDX-8800G X-ray Fluorescence Spectrometer

Size: 650mm*600mm*900mm

Weight: 105Kg

Element analysis range：9F-95Am F-Am

Analyzable content range：0.2ppm- 99.99%

Detector：Original imported ultra-high resolution silicon drift detector

Multi - channel analyzer: Digital 4096 - channel analyzer, peak drift less than 0.5 channels (within 24 hours)

X - ray tube: Original imported high - power tube (high - power composite target tube is optional)

Sample types: Solids, liquids, powders, air filters

Automatic sampler: Standard with 10 positions, 12 - position and 14 - position options available

Collimator system: 8 groups with automatic adjustment

Filter system: 7 groups with automatic adjustment

Sample chamber: Air, vacuum, helium - filled (optional)

Size of the vacuum sample chamber: 360mm * 360mm * 60mm

Voltage: 220ACV 50/60HZ

Ambient temperature: - 10 °C to 35 °C

Optional configurations:

1 Sample spinning system

2 Helium gas filling system (One - click switching among vacuum, helium, and air states)

Application

Alloy Composition Analysis:

Rapidly determine the elemental content in materials such as stainless steel and aluminum alloys.

Quality Control: Ensure that metal materials comply with industry standards (such as ASTM, ISO).

Scrap Metal Sorting: Identify the components in scrap metals to optimize the recycling process.

Mining and Geological Exploration:

Ore Grade Evaluation: Analyze the content of target elements in minerals.

Mineral Identification: Determine the composition of rock and mineral samples to assist in geological research.

Environmental Monitoring and Governance:

Soil/Sediment Analysis: Detect heavy metal pollution (such as lead, arsenic, cadmium).

Water Quality Testing: Screen for harmful elements in industrial wastewater.

Air Particle Analysis: Monitor the metal components in atmospheric dust.

Building Materials, Ceramics and Glass:

Cement Quality Control: Analyze elements such as calcium, silicon, and iron in raw materials.

Glass Manufacturing: Ensure that the proportion of oxides in the formulation meets the requirements.

Coatings and Paints: Detect lead or other restricted components.

Electrical Appliances and Consumer Goods:

RoHS/WEEE Compliance: Detect hazardous substances such as lead, cadmium, and mercury in electronic products.

Toy Safety: Ensure that plastic or coating materials comply with international safety standards.

Petrochemical and Energy Industry:

Fuel Sulfur Content Detection: Comply with environmental protection regulations (such as sulfur limits in diesel).

Lubricating Oil Analysis: Monitor wear metals (iron, copper) to predict equipment failures.

Catalyst Research: Evaluate the distribution and content of active components (such as platinum, palladium)

Archaeology and Cultural Relic Protection:

Analysis of Cultural Relic Materials: Identify the composition and origin of ancient ceramics and metal artifacts.

Restoration Assistance: Match the chemical composition of restoration materials with that of the original artifacts.

Pharmaceutical and Food Industries:

Drug Impurity Detection: Screen for heavy metal pollution in active pharmaceutical ingredients (such as in accordance with USP <232> standard).

Food Safety: Detect toxic elements in food (such as arsenic in rice and mercury in fish).

Scientific Research and Education:

Materials Science Research: Analyze the correlation between the elemental composition and properties of new materials.

Teaching Experiments: Used for practical teaching in disciplines such as chemistry and geology.

Jewelry and Precious Metals: Purity Identification:

Rapidly determine the fineness of precious metals such as gold, silver, and platinum (such as the content of karat gold).

Gemstone Treatment Detection: Identify traces of filling or dyeing treatments.

Nuclear Industry and Special Materials:

Nuclear Fuel Analysis: Detect the purity and composition of nuclear materials such as uranium and plutonium.

Radiation Shielding Materials: Analyze the distribution effect of elements such as lead.