Inorganic Analyzer

The chloride analyzer is a professional online monitoring device specifically designed for water quality monitoring, water distribution systems, and environmental water analysis. It provides stable and accurate measurement of chloride ion concentration in water samples, delivering high-precision, real-time data essential for water resource management and pollution control.

As a key water quality indicator, variations in chloride ion levels are closely associated with salinity intrusion, seawater intrusion, and pipeline corrosion. Through precise monitoring with the chloride analyzer, operators can rapidly assess on-site water quality conditions and implement timely corrective actions, ensuring effective management and protection of water systems.

The potassium analyzer is an online monitoring device specifically designed to meet the needs of modern water quality monitoring, water resource management, and environmental analysis. This potassium ion analyzer delivers stable and highly accurate measurement performance, enabling real-time monitoring of potassium ion concentration changes in water bodies. It is suitable for a wide range of applications, including groundwater, rivers, tap water, wastewater treatment, and industrial circulating water systems.

As one of the key indicators of water quality, variations in potassium ion concentration play a significant role in assessing overall water quality, corrosion control, and water treatment efficiency. Through precise and continuous monitoring, the K+ analyzer helps users accurately evaluate water conditions and proactively adjust management and treatment strategies, supporting effective water quality control and sustainable water resource management.

Our Fluoride Analyzer is a high-stability, digitally integrated on-site water quality sensor. It offers real-time monitoring, low maintenance requirements, and efficient communication performance. Designed for fluoride concentration monitoring in various environmental water bodies and water treatment systems, it delivers precise, reliable, and highly integrated sensing solutions—making it a critical tool in smart water resource management.

The Sodium Analyzer is specifically designed for trace-level Na⁺ concentration monitoring in thermal power plants, ultra pure water systems, boiler feed water, and desalination processes. It delivers high sensitivity, fast response, and stable output, serving as a critical instrument for ensuring water quality and process integrity. Utilizing advanced ion-selective electrode (ISE) technology combined with a temperature compensation algorithm, the analyzer provides highly accurate measurements, especially suitable for real-time detection of ultra-low sodium concentrations in the ppb range. Its modular architecture features a maintenance-free reference system along with automated cleaning and calibration functions, significantly reducing the operational burden and improving long-term efficiency. The device supports multiple digital communication interfaces, including RS-485 (Modbus RTU), for seamless integration into DCS or SCADA systems. With a waterproof and dust proof enclosure, it is well-suited for a wide range of industrial field installations.

The calcium analyzer is an online monitoring device specifically designed for modern water quality monitoring, water resource management, and environmental analysis. It provides stable and highly accurate calcium ion concentration data, serving as an essential tool for assessing current water quality conditions, maintaining aquatic system health, and improving water treatment efficiency.

Calcium are one of the key indicators of water quality. Variations in calcium ion concentration are closely related to water hardness, water treatment processes, corrosion control, and overall environmental conditions. Through long-term, real-time monitoring with the Ca⁺⁺ analyzer, operators can quickly evaluate water sample quality and obtain critical data to support informed decision-making.

The Silicon Analyzer delivers a stable, efficient, and cost-effective solution for continuous water quality monitoring.
Engineered specifically for industrial processes and ultra pure water systems, this instrument provides accurate detection of trace silica concentrations, ensuring compliance with equipment protection and quality control requirements. It features built-in remote status monitoring, parameter configuration, online calibration, and fault diagnostics, effectively reducing maintenance effort and enhancing operational efficiency. With a modular design for easy integration into automated control systems, the SiO₂ analyzer is widely applied in semiconductor manufacturing, power generation, boiler feed water monitoring, ultra pure water production, and environmental water treatment. This device is an essential tool for intelligent monitoring and quality management in critical water systems.

The Cyanide Analyzer detects cyanide concentration in water and provides simple, reliable, cost-saving measurement data with remote monitoring, calibration, configuration and diagnostic capabilities.

The Bromide Analyzer is an online monitoring instrument designed for advanced water quality monitoring, water resource management, and environmental analysis. It provides stable and high-precision bromide concentration data, making it an essential tool for understanding water quality variations, improving water treatment efficiency, and supporting environmental protection.Bromide is a common water quality indicator, and changes in its concentration are closely associated with seawater intrusion, salinity impacts, and reactions with organic contaminants. Through continuous monitoring with a Bromide Analyzer, operators can quickly understand the current water quality status and implement effective treatment and management strategies.

The Boron Analyzer delivers a highly stable, accurate, and cost-effective solution for continuous water quality monitoring. This instrument is specifically designed for critical applications requiring stringent boron concentration control, such as semiconductor and electronics manufacturing, ultrapure water systems, and environmental monitoring. Utilizing photometric colorimetric detection technology, it accurately measures boron ion levels in water samples. Equipped with an RS485 digital communication interface supporting the Modbus RTU protocol, the analyzer enables real-time data transmission to central monitoring systems. Additional features include remote status monitoring, parameter configuration, online calibration, and fault diagnostics—significantly enhancing automation efficiency while reducing maintenance costs. With an industrial-grade protective design, the device is well-suited for various water treatment and process monitoring environments, making it an ideal choice for improving water quality stability and process reliability.

The Hardness Analyzer adopts advanced digital communication design and can be directly connected to various monitoring and automation systems via an RS485 interface (supporting Modbus RTU protocol). It offers a real-time, stable, and cost-effective solution for on-site hardness monitoring. The device enables immediate transmission of water sample hardness data and is equipped with intelligent functions such as remote status monitoring, parameter configuration, online automatic calibration, and fault diagnostics, significantly reducing maintenance frequency and labor costs while ensuring operational efficiency and data reliability.

The instrument features an IP68-rated industrial-grade dustproof and waterproof enclosure, paired with a 1000N high-tensile Kevlar fiber cable to ensure stable signal transmission over distances of up to 1.2 kilometers. It is suitable for harsh on-site environments, including reservoirs, rivers, drinking water treatment plants, and wastewater treatment facilities.

This Hardness Analyzer not only helps users effectively monitor raw and treated water hardness variations but also provides reliable support for intelligent water quality monitoring and process control. It is an ideal choice for enhancing the efficiency of water resource management.

The sulfide analyzer is a high-performance online monitoring device specifically designed for modern water quality monitoring, water resource management, and environmental water analysis. It provides stable and high-precision sulfide concentration data, making it an essential tool for tracking water quality changes, supporting pollution prevention, and improving water treatment efficiency.

As an important water quality indicator, variations in sulfide concentration are often associated with anaerobic conditions, sludge decomposition, geological salinization, and industrial pollution. Through real-time monitoring with the sulfide analyzer, users can rapidly assess water sample quality and make accurate, informed decisions to support effective water quality management and environmental protection efforts.