HNJC-HS6800 XRF Spectrometers For Elemental Analysis

Application Areas
X-ray fluorescence spectrometer focuses on providing professional and reliable X-ray fluorescence (XRF) chemical composition analysis solutions for industries such as glass, refractory materials, metal and non-metal mining, steel, non-ferrous smelting, ferroalloys, cement, plating, petrochemicals, archaeological identification, solid waste fly ash, rock wool, etc.

Working Principle
X-ray tube---sample---characteristic X-rays of elements---qualitative and quantitative analysis of the chemical composition in the material based on the energy and intensity of the characteristic X-rays.

HNJC-XT6 Instrument Performance Characteristics
Product highlights: efficient, accurate and stable

1. Extremely low detection limit and extremely high stability
Extremely low detection limit: easily achieve accurate detection of trace elements to meet high sensitivity requirements.
Excellent stability: The system design ensures high performance and data accuracy even after long-term operation.

2. Full spectrum intelligent scanning detection method
Non-destructive analysis: Using full spectrum scanning technology, accurate element content analysis can be completed without destroying the sample.
Intelligent operation: Automatically optimize detection parameters to improve efficiency and accuracy.

3. Efficient sample processing capability
10 sample position design: 10 samples can be detected at the same time, significantly improving work efficiency.
Quick analysis: Save time and effort, suitable for high-throughput detection needs.

4. Broad element detection range covers all aspects: from gas (F) to uranium (U), meeting the detection needs of trace elements and major elements in various industries.

5. High-end configuration
High-performance detector: The detection capability of light elements is increased by dozens of times to ensure accuracy.
High-performance multi-target radiation source: Stable use for up to 50,000 hours, with both reliability and durability. 6. Careful design to protect core components
Core mechanism top-mounted design: effectively prevents physical damage and extends the service life of the equipment.
Elastic sample box design: ensures the optimal distance between the sample and the radiation source, ensuring data stability and accuracy.