The Oakton Electrode Bromide Bnc is a reliable and easy-to-use double-junction ion-selective electrode (ISE) designed for accurate measurement of bromide ions in laboratory and field settings. It features a compact design that eliminates the need for an external reference electrode, making it ideal for use in tight spaces or with portable equipment. This electrode is suitable for both endpoint potentiometric titrations and continuous ion monitoring applications.
Product Features
- Double-junction combination bromide (Br⁻) ion-selective electrode
- No external reference electrode needed – integrated design for ease of use
- Ideal for potentiometric titrations and continuous bromide monitoring
- Fits easily into small spaces and tight sample containers
- Available in durable epoxy or high-performance glass body
- Refillable outer junction with sealed inner junction for long-lasting performance
- Silver-free outer reference chamber resists contamination
- Compatible with meters with 0.1 mV resolution for optimal accuracy
- Includes 1-meter cable and Bnc connector for universal meter compatibility
Whats Included
- 15-mL bottle of reference solution
- Reference filling pipette
- 1-meter cable with BNC connector
- Instruction manual
- Solid-state models also include twelve polishing strips
Benefits
- Simplified measurement setup with integrated reference and sensing elements
- Durable and chemical-resistant construction for field or lab use
- Compact design ideal for restricted spaces and portable systems
- Provides consistent, accurate bromide ion measurements
- Suitable for high- and low-concentration bromide testing
Why Choose the Oakton Electrode Bromide Bnc?
The Oakton Electrode Bromide Bnc offers a dependable solution for bromide ion detection in both laboratory and industrial environments. Its integrated double-junction design eliminates the complexity of separate electrodes while maintaining high measurement accuracy. Whether you're working on titrations or real-time monitoring, this electrode delivers simplicity, durability, and performance.
