Product Summary: HGF-V Series Atomic Fluorescence Photometer – Redefining Trace Element Analysis with AFS 4.0 Technology
The HGF-V series, launched by our company, represents a new era in atomic fluorescence photometry (AFS 4.0). This high-performance instrument integrates over 40 cutting-edge technologies to address the limitations of traditional AFS systems. Designed for high reliability, intelligence, automation, and minimal maintenance, the HGF-V series provides exceptional performance in trace element detection for food, environment, disease control, geology, and more. Its user-centric design, advanced features, and broad application range make it a valuable asset for modern analytical laboratories.
Key Features:
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Multi-Channel, Multi-Position, and Adjustment-Free Light Source System: Simplifies instrument setup and ensures stable and consistent illumination.
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Advanced Optical System for Enhanced Signal-to-Noise Ratio: Based on internal-extinction screw threads, asymmetric diaphragms, and special extinction material coatings, this design effectively suppresses stray light and significantly improves detection sensitivity.
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Three-Dimensional Integrated Flow Path System: Efficiently addresses problems such as messy pipelines, mercury residue, and memory effects, resulting in a cleaner and more reliable analysis process.
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Micro-Upgrade High-Performance Sequential Injection System: Provides maintenance-free operation, eliminates pump consumption, and delivers complete automation and intelligent control for both analysis and cleaning cycles.
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mL-Level High-Precision Digital Gas Mass Flow Control System: Composed of carrier gas, auxiliary gas, and shielding gas, ensuring long-term stability and reliability of analysis results.
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Three-Stage Gas-Liquid Separation System: Provides maintenance-free operation, water-cooled design, self-overflow functionality, is specially designed for high organic matter samples, inhibits bubble formation, efficiently dehumidifies, and automatically discharges waste, leading to stable and reliable results even with difficult samples.
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Double-Zone Temperature-Controlled Atomizer: Offers independent temperature control for carrier gas and shielding gas, ensuring stable and reliable atomization efficiency over extended periods.
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Million-Times Maintenance-Free Ignition Technology: Eliminates the need to replace ignition furnace wires, completely resolving the issue of wire fractures and reducing maintenance.
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High-Stability Mercury Lamp Drift Calibration System: Addresses the problem of poor mercury stability in long-term measurement processes, ensuring accurate and consistent results.
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Omni-Directional Sensing Monitoring Technologies: Provides real-time monitoring of liquid leakage, gas flow, ignition current, and the atomization chamber, ensuring safe and efficient operation.
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High-Speed LAN and WIFI Wireless Communication Technology: Facilitates seamless data transfer and remote operation capabilities.
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New Generation of Intelligent Software System: Automatically completes the entire process of measuring, saving data, cleaning, exiting the program, and shutting down the computer, improving operational efficiency and reducing user intervention.
Measuring Range:
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Capable of measuring twelve elements: Arsenic (As), Selenium (Se), Lead (Pb), Bismuth (Bi), Antimony (Sb), Tellurium (Te), Tin (Sn), Mercury (Hg), Cadmium (Cd), Germanium (Ge), Zinc (Zn), and Gold (Au).
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Elemental speciation analysis function for As, Hg, Se, Sb, and other elements is available after upgrading, offering enhanced analytical flexibility.
Application Areas:
The HGF-V series is designed for a wide range of applications across various sectors, including:
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Environmental Protection: Analyzing water, soil, and air samples for trace pollutants.
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Food Safety: Monitoring trace elements and contaminants in food products.
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Geology, Mining, and Metallurgy: Analyzing geological and metal samples for trace element composition.
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Petrochemical Industry: Monitoring trace elements in various petrochemical samples.
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Water Supply and Drainage: Analyzing water quality in municipal and industrial systems.
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Soil Analysis: Assessing soil quality and contamination.
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Scientific Research in Colleges and Universities: Providing a reliable and advanced tool for scientific research.
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Agriculture: Analyzing soil, plants, and agricultural products for trace element levels.
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Life Sciences: Studying the role of trace elements in biological systems.
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Medical Science: Analyzing biological samples for clinical diagnostics and medical research.
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Disease Control: Analyzing samples for trace elements in public health studies.
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Clinical Diagnosis: Providing accurate and reliable trace element analysis in clinical laboratories.
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Cosmetics: Monitoring heavy metals and other elements in cosmetic products.
Key Benefits Highlighted:
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Superior Performance: Enhanced sensitivity, stability, and accuracy for reliable results.
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High Automation: Streamlined operation with automatic processes, reducing manual intervention.
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Reduced Maintenance: Maintenance-free technologies and robust design minimize downtime and costs.
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Enhanced Safety: Omni-directional sensing monitoring and secure operation protocols.
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Versatile Applications: Suitable for a wide range of analytical needs.
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User-Friendly Software: Intelligent software simplifies operation and data management.
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Advanced Technology: Integrates over 40 new core technologies for cutting-edge performance.
This comprehensive product summary highlights the advanced capabilities of the HGF-V series, emphasizing its innovative features, automation, reliability, and broad application range. It is designed to appeal to potential customers seeking a high-performance and versatile atomic fluorescence photometer for their analytical needs.
