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Specializing in Scanning Electron Microscopes (SEM), Handheld XRF Analyzers, and comprehensive material testing solutions to ensure precision and quality control worldwide.
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The AGP3000 Pirani Composite Vacuum Gauge is a high precision, wide range vacuum sensor that combines a MEMS Pirani sensing chip with advanced electronics. It features a full color TFT LCD, intuitive keypad, 0–10 V analog output and Modbus RTU (RS485) digital communication. Compact, fast responding and calibrated at the factory, the AGP3000 is ideal for laboratory and industrial online vacuum monitoring and process control.
AGP4000 combines Pirani (thermal conductivity) and cold cathode (ionization) measurement principles into a single, wide-range vacuum gauge. It covers pressures from high vacuum to rough vacuum and is designed for laboratory and industrial online monitoring. The unit features a color TFT-LCD display, keypad controls, 0–10V linear analog output and Modbus RTU (RS485) communication for easy system integration.
A rugged, cost-effective handheld XRF analyzer for fast and accurate metal grade identification, scrap metal recycling, fabrication, and general metal analysis.
The ShiningSci SC‑X2900 handheld XRF analyzer is specifically designed for rapid and accurate elemental analysis of metals, alloys, coatings, ores, mining, and consumer products.
AN-2KG is a compact laboratory device designed to simulate the coking process. By controlling heating rate, pressure, and exhaust conditions, it reproduces coke formation and provides performance data for coal samples. It is suitable for coal evaluation, blend optimization, and coke process research.
AN-40Kg Pressurized Coke Oven is a medium-scale laboratory device designed to simulate the coking process for coal samples. By controlling heating rate, pressure, and exhaust conditions, it replicates industrial coke formation and provides performance data. It is ideal for coal analysis, blend optimization, coke process research, and quality control.
The AN-D40K： With its dual-station design, it allows simultaneous testing of two batches, improving efficiency. By controlling heating rate, pressure, and exhaust conditions, it replicates industrial coke formation and provides performance data. It is ideal for coal analysis, blend optimization, coke process research, and quality control.
The AN-DZ40 is a medium-scale laboratory device designed to simulate the coking process for coal samples. With its bottom-fed structure, it offers convenient loading and cleaning. By controlling heating rate, pressure, and exhaust conditions, it replicates coke formation and provides performance data. It is ideal for coal analysis, blend optimization, coke process research, and quality control.
The AN-100K is a large-capacity laboratory device designed to simulate the coking process for coal samples. By controlling heating rate, pressure, and exhaust conditions, it replicates industrial coke formation and provides performance data. Its bottom-loading design improves handling and cleaning efficiency, making it ideal for coal analysis, blend optimization, coke process research, and quality control.
ANZQ02 Coke Ball Forming Machine is designed for shaping powdered materials such as coal dust and ore fines into spherical pellets. Through mechanical pressing and rotational motion, the system forms uniform balls with consistent strength. Its compact structure and ease of operation make it suitable for laboratory use and small-scale production in industries like coking, metallurgy, and building materials.
AN-FYX-01 CRI/CSR Testing System) is a precision instrument designed in accordance with the national standard GB/T4000-2017. It is used to measure Coke Reactivity Index (CRI) and Coke Strength after Reaction (CSR). The system integrates automatic lifting, fault detection, and gas concentration analysis for convenient and stable operation.
AN-FYX-02 CRI/CSR Testing System is a precision instrument designed in accordance with the national standard GB/T4000-2017. It is used to measure Coke Reactivity Index (CRI) and Coke Strength after Reaction (CSR). The system includes lifting mechanisms, fault detection, and gas concentration analysis for stable and convenient operation.
Shining Scientific Technology(China) Co.,Ltd.
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