Products
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T9010Cu Online Automatic Copper-Containing Water Monitor
Copper is a widely used and important metal applied in numerous fields, such as alloys, dyes, pipelines, and wiring. Copper salts can inhibit thegrowth of plankton or algae in water. In drinking water, copper ion concentrationsexceeding 1 mg/L produce a bitter taste. This analyzer can operate continuously and unattended for extended periods based on on-site settings. It is widely applicable for monitoring wastewater from industrial pollution sources, industrial process effluents, industrial sewage treatment plants, and municipal sewage treatment plants. -
T9006 Fluoride Water Quality Online Analyzer
The fluoride online monitor employs the national standard method for determining fluoride in water—the fluoride reagent spectrophotometric method. This instrument is primarily used for monitoring surface water, groundwater, and industrial wastewater, with a key focus on monitoring drinking, surface, and groundwater in areas with high incidence of dental caries and skeletal fluorosis. The analyzer can operate automatically and continuously without long-term manual intervention based on field settings. -
T9005 Volatile Phenol Water Quality Online Automatic Monitor
Phenols can be classified into volatile and non-volatile phenols based on whether they can be distilled with steam. Volatile phenols generally refer to monophenols with boiling points below 230°C. Phenols primarily originate from wastewater produced in oil refining, gas washing, coking, papermaking, synthetic ammonia production, wood preservation, and chemical industries. Phenols are highly toxic substances, acting as protoplasmic poisons. -
CS6511C Chloride Ion Electrode for Water Monitoring
The industrial online ion monitor is an online water quality monitoring and control instrument with a microprocessor.This instrument is equipped with various types of ion electrodes and is widely used in power plants, petrochemicals,metallurgy electronics, mining,papermaking, biological fermentation engineering, medicine, food and beverage,and environmental water treatment. It continuously monitors and controls the ion concentration values of water solutions.
Key operational advantages include real-time process control, early detection of contamination events, and reduced reliance on manual laboratory testing. In power plants and industrial water systems, it prevents costly corrosion damage by monitoring chloride ingress in boiler feedwater and cooling circuits. For environmental applications, it tracks chloride levels in wastewater discharges and natural water bodies to ensure compliance with environmental standards.
Modern chloride monitors feature robust sensor designs for harsh environments, automated cleaning mechanisms to prevent fouling, and digital interfaces for seamless integration with plant control systems. Their implementation enables proactive maintenance, ensures product quality, and supports sustainable water management practices through precise chemical control. -
Chloride Ion Electrode CS6511A-S8 for Water Monitoring
The industrial online ion monitor is an online water quality monitoring and control instrument with a microprocessor.This instrument is equipped with various types of ion electrodes and is widely used in power plants, petrochemicals,metallurgy electronics, mining,papermaking, biological fermentation engineering, medicine, food and beverage,and environmental water treatment. It continuously monitors and controls the ion concentration values of water solutions.
Key operational advantages include real-time process control, early detection of contamination events, and reduced reliance on manual laboratory testing. In power plants and industrial water systems, it prevents costly corrosion damage by monitoring chloride ingress in boiler feedwater and cooling circuits. For environmental applications, it tracks chloride levels in wastewater discharges and natural water bodies to ensure compliance with environmental standards.
Modern chloride monitors feature robust sensor designs for harsh environments, automated cleaning mechanisms to prevent fouling, and digital interfaces for seamless integration with plant control systems. Their implementation enables proactive maintenance, ensures product quality, and supports sustainable water management practices through precise chemical control. -
CS6514W-SE-S8 Ammonia Nitrogen (Ammonium Ion) Electrode
Specifications:
Type: PVC Membrane Ion-Selective Electrode
Measurement Range: 0.02 – 18000 mg/L
Temperature Range: 0 – 50 °C
Pressure Resistance: Not Pressure-Resistant
Temperature Sensor: None
Electrode Configuration: Single Measurement Electrode (Requires a separate reference electrode for use)
Housing Material: PVC
Connection Thread: PG13.5
Cable Length: 5 m or Custom
Cable Termination: Pin Connector, BNC, or Custom -
CS6710C Fluoride Ion Electrode Sensors Rs485 Modbus 4-20ma
The Fluoride Ion-Selective Electrode (ISE) is a highly specialized and reliable electrochemical sensor designed for the direct potentiometric measurement of fluoride ion (F⁻) activity in aqueous solutions. It is renowned for its exceptional selectivity and is a standard tool in analytical chemistry, environmental monitoring, industrial process control, and public health, most notably for optimizing fluoridation in drinking water.
The core of the electrode is a solid-state sensing membrane typically composed of a single crystal of lanthanum fluoride (LaF₃). When in contact with a solution, fluoride ions from the sample interact with the crystal lattice, generating a measurable electrical potential across the membrane. This potential, measured against an internal reference electrode, is logarithmically proportional to the fluoride ion activity according to the Nernst equation. A critical prerequisite for accurate measurement is the addition of a Total Ionic Strength Adjustment Buffer (TISAB). This solution serves three vital functions: it maintains a constant pH (usually around 5-6), fixes the ionic background to prevent matrix effects, and contains complexing agents to liberate fluoride ions bound by interfering cations like aluminum (Al³⁺) or iron (Fe³⁺).
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Online Fluoride Ion Sensor for Quality Measurement CS6510A-K9 Customizable OEM
The Fluoride Ion-Selective Electrode (ISE) is a highly specialized and reliable electrochemical sensor designed for the direct potentiometric measurement of fluoride ion (F⁻) activity in aqueous solutions. It is renowned for its exceptional selectivity and is a standard tool in analytical chemistry, environmental monitoring, industrial process control, and public health, most notably for optimizing fluoridation in drinking water.
The core of the electrode is a solid-state sensing membrane typically composed of a single crystal of lanthanum fluoride (LaF₃). When in contact with a solution, fluoride ions from the sample interact with the crystal lattice, generating a measurable electrical potential across the membrane. This potential, measured against an internal reference electrode, is logarithmically proportional to the fluoride ion activity according to the Nernst equation. A critical prerequisite for accurate measurement is the addition of a Total Ionic Strength Adjustment Buffer (TISAB). This solution serves three vital functions: it maintains a constant pH (usually around 5-6), fixes the ionic background to prevent matrix effects, and contains complexing agents to liberate fluoride ions bound by interfering cations like aluminum (Al³⁺) or iron (Fe³⁺).
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CS6510A-S8 Fluoride Ion Electrode Sensors Rs485 Modbus 4-20ma
The Fluoride Ion-Selective Electrode (ISE) is a highly specialized and reliable electrochemical sensor designed for the direct potentiometric measurement of fluoride ion (F⁻) activity in aqueous solutions. It is renowned for its exceptional selectivity and is a standard tool in analytical chemistry, environmental monitoring, industrial process control, and public health, most notably for optimizing fluoridation in drinking water.
The core of the electrode is a solid-state sensing membrane typically composed of a single crystal of lanthanum fluoride (LaF₃). When in contact with a solution, fluoride ions from the sample interact with the crystal lattice, generating a measurable electrical potential across the membrane. This potential, measured against an internal reference electrode, is logarithmically proportional to the fluoride ion activity according to the Nernst equation. A critical prerequisite for accurate measurement is the addition of a Total Ionic Strength Adjustment Buffer (TISAB). This solution serves three vital functions: it maintains a constant pH (usually around 5-6), fixes the ionic background to prevent matrix effects, and contains complexing agents to liberate fluoride ions bound by interfering cations like aluminum (Al³⁺) or iron (Fe³⁺).
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RS485 Sewage Fluoride Ion Sensor CS6510A Fluoride Ion Electrode
The Fluoride Ion-Selective Electrode (ISE) is a highly specialized and reliable electrochemical sensor designed for the direct potentiometric measurement of fluoride ion (F⁻) activity in aqueous solutions. It is renowned for its exceptional selectivity and is a standard tool in analytical chemistry, environmental monitoring, industrial process control, and public health, most notably for optimizing fluoridation in drinking water.
The core of the electrode is a solid-state sensing membrane typically composed of a single crystal of lanthanum fluoride (LaF₃). When in contact with a solution, fluoride ions from the sample interact with the crystal lattice, generating a measurable electrical potential across the membrane. This potential, measured against an internal reference electrode, is logarithmically proportional to the fluoride ion activity according to the Nernst equation. A critical prerequisite for accurate measurement is the addition of a Total Ionic Strength Adjustment Buffer (TISAB). This solution serves three vital functions: it maintains a constant pH (usually around 5-6), fixes the ionic background to prevent matrix effects, and contains complexing agents to liberate fluoride ions bound by interfering cations like aluminum (Al³⁺) or iron (Fe³⁺).
The key advantages of the fluoride electrode are its excellent selectivity over other common anions, broad dynamic range (typically from 10⁻⁶ M to saturated solutions), fast response, long lifespan, and low operational cost. It enables rapid analysis without complex sample preparation or colorimetric reagents. Whether used in portable meters for field testing, laboratory benchtop analyzers, or integrated into online monitoring systems, the fluoride ISE remains the method of choice for accurate, efficient, and continuous fluoride quantification.
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CS6710A Fluoride Ion Electrod Online Digital F- Cl- Ca2+ NO3- NH4+ K+ Hardness
The Fluoride Ion-Selective Electrode (ISE) is a highly specialized and reliable electrochemical sensor designed for the direct potentiometric measurement of fluoride ion (F⁻) activity in aqueous solutions. It is renowned for its exceptional selectivity and is a standard tool in analytical chemistry, environmental monitoring, industrial process control, and public health, most notably for optimizing fluoridation in drinking water.
The core of the electrode is a solid-state sensing membrane typically composed of a single crystal of lanthanum fluoride (LaF₃). When in contact with a solution, fluoride ions from the sample interact with the crystal lattice, generating a measurable electrical potential across the membrane. This potential, measured against an internal reference electrode, is logarithmically proportional to the fluoride ion activity according to the Nernst equation. A critical prerequisite for accurate measurement is the addition of a Total Ionic Strength Adjustment Buffer (TISAB). This solution serves three vital functions: it maintains a constant pH (usually around 5-6), fixes the ionic background to prevent matrix effects, and contains complexing agents to liberate fluoride ions bound by interfering cations like aluminum (Al³⁺) or iron (Fe³⁺).
The key advantages of the fluoride electrode are its excellent selectivity over other common anions, broad dynamic range (typically from 10⁻⁶ M to saturated solutions), fast response, long lifespan, and low operational cost. It enables rapid analysis without complex sample preparation or colorimetric reagents. Whether used in portable meters for field testing, laboratory benchtop analyzers, or integrated into online monitoring systems, the fluoride ISE remains the method of choice for accurate, efficient, and continuous fluoride quantification.
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W8588F Fluoride Ion Monitor Online Instrument with OEM Customization Support
The industrial online ion monitor is a microprocessor-based water quality monitoring and control instrument. Equipped with various types of ion electrodes, it is widely used in power plants, petrochemicals, metallurgy and electronics, mining, papermaking, bioprocessing, pharmaceuticals, food and beverage, and environmental water treatment. It continuously monitors and controls the ion concentration in aqueous solutions.
The monitor's core is a fluoride ion-selective electrode (ISE), typically a solid-state sensor made from a lanthanum fluoride crystal. This membrane selectively interacts with fluoride ions, generating a potential difference proportional to their activity in the sample. An integrated measurement system automates the entire analytical cycle: it draws a sample, adds a Total Ionic Strength Adjustment Buffer (TISAB)—which is crucial for stabilizing pH, fixing ionic strength, and releasing fluoride ions bound by aluminum or iron complexes—and performs the potentiometric measurement and data calculation. -
W8088F Fluoride Ion Monitor
The industrial online ion monitor is a microprocessor-based water quality monitoring and control instrument. Equipped with various types of ion electrodes, it is widely used in power plants, petrochemicals, metallurgy and electronics, mining, papermaking, bioprocessing, pharmaceuticals, food and beverage, and environmental water treatment. It continuously monitors and controls the ion concentration in aqueous solutions.
The monitor's core is a fluoride ion-selective electrode (ISE), typically a solid-state sensor made from a lanthanum fluoride crystal. This membrane selectively interacts with fluoride ions, generating a potential difference proportional to their activity in the sample. An integrated measurement system automates the entire analytical cycle: it draws a sample, adds a Total Ionic Strength Adjustment Buffer (TISAB)—which is crucial for stabilizing pH, fixing ionic strength, and releasing fluoride ions bound by aluminum or iron complexes—and performs the potentiometric measurement and data calculation. -
W8288F Fluoride Ion Monitor
Fluoride Ion Monitor is an essential online analytical instrument designed for the continuous, real-time measurement of fluoride ion (F⁻) concentration in water. It plays a critical role in public health, industrial process control, and environmental compliance. Its most prominent application is the precise monitoring and dosing of fluoride in municipal drinking water systems, where optimal fluoridation is required for dental health protection. It is equally vital in industrial settings, such as semiconductor manufacturing, electroplating, and fertilizer production, where fluoride levels must be strictly controlled for process efficiency and to prevent equipment corrosion or environmental discharge violations.
The monitor's core is a fluoride ion-selective electrode (ISE), typically a solid-state sensor made from a lanthanum fluoride crystal. This membrane selectively interacts with fluoride ions, generating a potential difference proportional to their activity in the sample. An integrated measurement system automates the entire analytical cycle: it draws a sample, adds a Total Ionic Strength Adjustment Buffer (TISAB)—which is crucial for stabilizing pH, fixing ionic strength, and releasing fluoride ions bound by aluminum or iron complexes—and performs the potentiometric measurement and data calculation. -
T6510F Fluoride Ion Monitor
Fluoride Ion Monitor is an essential online analytical instrument designed for the continuous, real-time measurement of fluoride ion (F⁻) concentration in water. It plays a critical role in public health, industrial process control, and environmental compliance. Its most prominent application is the precise monitoring and dosing of fluoride in municipal drinking water systems, where optimal fluoridation is required for dental health protection. It is equally vital in industrial settings, such as semiconductor manufacturing, electroplating, and fertilizer production, where fluoride levels must be strictly controlled for process efficiency and to prevent equipment corrosion or environmental discharge violations.
The monitor's core is a fluoride ion-selective electrode (ISE), typically a solid-state sensor made from a lanthanum fluoride crystal. This membrane selectively interacts with fluoride ions, generating a potential difference proportional to their activity in the sample. An integrated measurement system automates the entire analytical cycle: it draws a sample, adds a Total Ionic Strength Adjustment Buffer (TISAB)—which is crucial for stabilizing pH, fixing ionic strength, and releasing fluoride ions bound by aluminum or iron complexes—and performs the potentiometric measurement and data calculation.