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CX-RZ600 Building Materials Combustion Calorimeter is a computer-controlled combustion calorific value testing device, primarily used for determining the combustion calorific value of solid waste and domestic waste, complying with the National Standard CJ/T313-2009 “Sampling and Analysis Methods for Domestic Waste”. The calorimeter system operates on Windows XP or higher, featuring user-friendly human-computer interaction for easy learning and operation. The software adopts object-oriented programming methods and modular management technology, enabling multi-tasking operation. It utilizes serial communication technology to integrate system control and data management, offering excellent compatibility and easy maintenance. The system overcomes the drawbacks of computer interface board conflicts, ensuring broad adaptability. With scientific and effective algorithms, it delivers high data accuracy and reliable system stability. The system can automatically complete energy equivalent calibration and material calorific value measurement. The energy equivalent calibration adopts a multi-dimensional selection method, providing real-time flexibility. The measurement process and data processing of material calorific value are fully automated by the computer. The measurement process employs digital prompts and graphical displays for intuitive operation. Performance Features of Solid Waste Combustion Calorimeter: Technical Parameters of Solid Waste Combustion Calorimeter:

Sulfur-Calcium-Iron Analyzer Cement Plant X-Ray Fluorescence Sulfur-Calcium-Iron Analyzer This cement element testing instrument represents an upgraded successor to the newly launched calcium-iron analyzer. A single unit replaces both calcium-iron analyzers and sulfur testers, suitable for use both before grinding and after kilning in cement plants. The KL3300 X-Ray Fluorescence Sulfur-Calcium-Iron Analyzer is a new microprocessor-based desktop instrument employing purely physical analysis methods. Designed for cement plants, it rapidly measures the percentage content of SO₃, CaO, and Fe₂O₃ in raw materials, clinker, cement, gypsum, etc., within 30 seconds. Its high-speed analysis enables real-time monitoring of changes in these three components during production, facilitating timely adjustments to raw material ratios. This lays a solid foundation for producing qualified clinker and cement. Specifically, determining the CaO percentage in finished cement enables cement manufacturers to produce qualified cement of a specific grade without overusing or underusing clinker, generating significant economic benefits for cement enterprises. Measuring the SO₃ and CaO percentages in finished cement allows manufacturers to predict cement strength and the setting time of concrete mixed with that cement. Featuring a large LCD screen with fully Chinese-language menu prompts and intelligent error alerts, the instrument offers exceptional user convenience. Analysis Accuracy: Standard Deviation S₂O₃ ≤ 0.04% S₂CaO ≤ 0.10% S₂Fe₂O₃ ≤ 0.05% Rapid analysis delivers percentage content results for SO₃, CaO, and Fe₂O₃ within 30 seconds. Requires no chemical reagents, produces no waste emissions, contains no radioactive sources, and features low power consumption—meeting environmental, energy-saving, and safety requirements. X-Ray Fluorescence Sulfur-Calcium-Iron Analyzer Technical Specifications: