Direct Mercury Analyzer (HGA Series)

Application fields:

It is applicable to the determination of mercury in samples in the fields of environmental protection, food safety, disease control, medicine and medical treatment, agriculture, geology and mining, metallurgy, coal, petrochemical, cosmetics, soil, urban water supply and drainage, teaching and research.

Key Features of the HGA Series Direct Mercury Analyzer

“In terms of key features,” the HGA series “direct mercury analyzer” incorporates a comprehensive suite of advanced technologies.

Sample Handling and Throughput

• “Wide Applicability” – Suitable for solid, liquid, and gas samples.
• “Easy Operation ” – No chemical digestion pretreatment required; users simply weigh the sample and initiate one‑key direct measurement.
• “High Analytical Efficiency ” – Analysis time under 5 minutes per sample, with a 40‑position autosampler tray for unattended operation.
• **Rapid Emergency Response ” – Direct measurement without digestion provides immediate technical data for formulating response measures to sudden mercury pollution incidents.

Precision and Reliability

• “Excellent Repeatability and Accuracy ” – Integrated flow path, high‑efficiency composite catalyst, nano‑coated gold amalgam material, and other purification processes ensure stable and accurate test results.
• “No Mercury Loss or Memory Effect ” – Direct injection eliminates mercury loss; whole‑process temperature control minimizes mercury memory effects.
• “Double‑Beam Correction ” – The non‑reflective double‑beam design corrects light source drift and fluctuation in real time; no mirrors or proportional reflection mirrors eliminate correction errors from mirror contamination.
• “High‑Selectivity Photodetector ” – Mercury spectral lines (253.7 nm) are measured with a highly selective imported UV photodetector.

Core Technology and Design

• “High Catalytic Efficiency ” – Patented high‑efficiency catalyst technology removes matrix interference, improving measurement repeatability, stability, and sensitivity.
• “Low Operating Cost ” – No chemical reagents are consumed during instrument operation, reducing laboratory expenses.
• “Environmentally Friendly ” – Green design; no harmful chemicals used throughout the entire analysis process, with exhaust gas absorbed by a high‑efficiency purification device.
• “High‑Efficiency Exhaust Gas Purification Device ” – A high‑efficiency activated carbon purification system prevents secondary mercury contamination of the environment.

Automation and Software

• “Automatic Sample Injection System ” – Equipped with a 40‑position autosampler tray for unattended automated measurement.
• “Automatic Balance Weighing Input ” – Weighing data can be imported into the software system in real time via the electronic balance data interface, avoiding operational errors.
• “Convenient Software Operating System ” – Multithreading, embedded software design with real‑time dynamic interface monitoring for personalized, convenient operation.

Operation process:

sampling (solid weighing; liquid suction; gas collection)—-automatic sample injection and detection—-get the test data within 5 minutes

weigh the sample—-put sample into the sample boat—-complete the test within 2-4 minutes

Key Features of the HGA Series Direct Mercury Analyzer

Sample Handling and Throughput

• “Wide Applicability” – Suitable for solid, liquid, and gas samples.
• “Easy Operation ” – No chemical digestion pretreatment required; users simply weigh the sample and initiate one‑key direct measurement.
• “High Analytical Efficiency ” – Analysis time under 5 minutes per sample, with a 40‑position autosampler tray for unattended operation.
• **Rapid Emergency Response ” – Direct measurement without digestion provides immediate technical data for formulating response measures to sudden mercury pollution incidents.

Precision and Reliability

• “Excellent Repeatability and Accuracy ” – Integrated flow path, high‑efficiency composite catalyst, nano‑coated gold amalgam material, and other purification processes ensure stable and accurate test results.
• “No Mercury Loss or Memory Effect ” – Direct injection eliminates mercury loss; whole‑process temperature control minimizes mercury memory effects.
• “Double‑Beam Correction ” – The non‑reflective double‑beam design corrects light source drift and fluctuation in real time; no mirrors or proportional reflection mirrors eliminate correction errors from mirror contamination.
• “High‑Selectivity Photodetector ” – Mercury spectral lines (253.7 nm) are measured with a highly selective imported UV photodetector.

Core Technology and Design

• “High Catalytic Efficiency ” – Patented high‑efficiency catalyst technology removes matrix interference, improving measurement repeatability, stability, and sensitivity.
• “Low Operating Cost ” – No chemical reagents are consumed during instrument operation, reducing laboratory expenses.
• “Environmentally Friendly ” – Green design; no harmful chemicals used throughout the entire analysis process, with exhaust gas absorbed by a high‑efficiency purification device.
• “High‑Efficiency Exhaust Gas Purification Device ” – A high‑efficiency activated carbon purification system prevents secondary mercury contamination of the environment.

Automation and Software

▪FOB

▪CIF

▪Упаковка: Деревянный ящик

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