Bromide ion selective electrode (ISE)
Accurately measure bromide ions in aqueous solutions with our advanced and reliable ion selective electrode (ISE)
High-quality bromide electrodes: precision and reliability in nanotechnology
Discover our Bromide Ion Selective Electrodes (ISE), expertly crafted for a diverse range of applications that require precise bromide level determination. Whether in environmental testing, pharmaceutical analysis, the food and beverage sector, or water quality control, our ISEs provide the exceptional accuracy and reliability you need in variety of applications .
With our Bromide ISEs, you can confidently achieve accurate results while benefiting from their user-friendly design. Elevate your analytical capabilities with our cutting-edge technology.
ISE Bromide + pH meter
The Imacimus Kit for Bromide analysis provides a complete solution for precise and rapid bromide concentration and pH measurement. The kit allows direct, accurate readings, ensuring quick analysis with enhanced reliability. It comes fully equipped with all necessary components, including sensors, instruments, and calibration standards, providing a complete, ready-to-use system for bromide analysis.
SPECIFICATIONS
Our bromide ISE offers a rapid response time and Nernstian sensitivity, ensuring consistent, reliable, and accurate results. Its design emphasizes ease of use, featuring dry storage and requiring only very small sample volumes.
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Range (concentration): 0.4 to 8000 mg/L / 5×10-6 to 0.1 (mol/L)
- Reproducibility (accuracy): 10% of full scale (calibrated from 10 to 1000 mg/L)
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Interfering ions: Cl-, OH- The presence of Ag+or S2-ions leads to unreliable results.
- CN- and I- ions must be absent or present in negligible amounts relative to the Br- ion for accurate measurement.
- pH range: 1 to 12 (without pH compensation)
- Temperature range: 5-50ºC (without temperature compensation)
- Electrode slope: - 54 ± 5 mV/decade
- Minimum immersion: 2 mm (without protective cap)
- See below the available format types.
Available Bromide Ion Selective Electrodes
Single ION probe for Bromide
The Single Ion probe for Bromide is a robust, high-performance ion-selective electrode designed with a 12 mm outer diameter for precise bromide ion measurements.
Its classic BNC connector ensures compatibility with most standard laboratory instruments.
This probe features a replaceable sensor, which extends its lifespan and reduces maintenance costs. Ideal for routine analysis, it delivers quick and reliable bromide concentration readings across various applications. Please note that a reference electrode is required for operation.
SPECIFICATIONS FOR BROMIDE PROBE
- REF: S080
- Body diameter: 12 mm
- Connector type: BNC
- Cable length: 1 m
Nano Bromide
The Nano ISE Electrode for Bromide is a high-precision ion-selective electrode designed for accurate bromide ion measurements. With an ultra-compact 2.5 mm outer diameter, it is ideal for use in small sample volumes and applications requiring minimal space. Its small form factor ensures easy integration into complex setups while maintaining excellent sensitivity and performance.
Compatible with most market ion meters. Requires a nano reference electrode to work with.
SPECIFICATIONS FOR NANOSENSOR BROMIDE
- REF: M080 - nanosensor for bromide ions
- Diameter: 2.5 mm
- Connector type: Gold Pin 2mm
- For ultra-low volume requirements.
Where is the measurement of Bromide essential?
Bromide ions frequently enter water sources through various pathways, including industrial discharges, agricultural runoff, and natural processes.
Consequently, water bodies with bromide concentrations above 0.1 mg/L may pose significant health risks, particularly in drinking water, and can negatively impact aquatic ecosystems. Utilizing our bromide ion-selective electrode allows for accurate monitoring of bromide levels. Some examples are:
- Monitoring drinking water to ensure safety and minimize harmful by-products.
- Assessing wastewater effluents to protect aquatic environments.
- Evaluating aquaculture systems for the health of aquatic organisms.
- Tracking agricultural runoff to prevent contamination.
- Investigating bromide’s role in biochemical pathways and its physiological effects.
- Analyzing bromide levels in environmental samples for research studies.
- Ensuring compliance with safety standards in laboratories handling bromide.
