X-ray fluorescence spectrometer EA-XF3300

XRFfor industrial applicationsfor power generation

Overview
EA-XF3300 is a benchtop X-ray fluorescence (XRF) analyzer designed for rapid, non-destructive quantification of sulfur (SO3/total S), calcium (CaO) and iron (Fe2O3) in raw materials, clinker, cement, coal and related industrial samples. It delivers fast results to support process control and raw material qualification.

Main applications

• Cement industry: real-time monitoring of SO3, CaO and Fe2O3 during raw mix, clinker and cement production.
• Thermal power plants: limestone CaO content for desulfurization feedstock assessment; sulfur in desulfurization ash; total sulfur in coal.
• Mining, plaster and building materials: rapid composition checks for quality control.

Key features

• Wide calibrated analysis span—analysis width for CaO up to 15% versus typical 5–7% of similar instruments.
• Rapid measurement: SO3 and CaO percentage results available in 30 s per cycle.
• Non-destructive testing: samples remain intact and can be reanalyzed.
• Integrated microcomputer control with large LCD and English menu for straightforward operation.
• Large internal storage for measurement results and instrument self-check logs.
• Environmentally compliant: no chemical reagents, no radioactive source, low power consumption.
• Designed to execute GB/T19140 (general principles of cement X-ray fluorescence analysis).

Technical specifications

• Model: EA-XF3300
• Measured elements: Sulfur (SO3 / total S), Calcium (CaO), Iron (Fe2O3)
• Analysis range: 0.01%–100%
• Precision (standard deviation): SO3 ≤ 0.04%, CaO ≤ 0.05%, Fe2O3 ≤ 0.04%
• Analysis width (example): CaO span up to 15% (e.g., 40%–55% in cement)
• Analysis time: multiples of 30 s (1–5 cycles)
• Power supply: AC 200V–240V
• Operating conditions: temperature 0–40°C; relative humidity <85%
• Power consumption: <30 W
• Dimensions: 468 × 368 × 136 mm
• Weight: 13.8 kg
• Display: Large LCD, English menu prompts