Product Description
Apera Instruments LabSen 871
Glass-body Double-junction pH Electrode for Non-Aqueous/Organic Solutions
The Apera Instruments LabSen 871 is a highly specialized glass-body pH electrode designed to deliver precise measurements in the most challenging non-aqueous and organic solvent environments. Engineered as part of the advanced LabSen series, this probe ensures seamless integration and stable signal transmission with compatible measuring meters, making it a critical component for petrochemical analysis, pharmaceutical manufacturing, and advanced chemical research.
Standard aqueous pH electrodes fail quickly in organic solvents due to dehydration of the sensing membrane and contamination of the reference junction. The LabSen 871 is constructed to solve this problem featuring a double-junction reference system and a specialized glass membrane optimized for non-aqueous liquids. This robust design actively prevents reference contamination and maintains accurate, stable readings in environments that destroy standard probes. It serves as an ideal premium replacement or specialized upgrade accessory for advanced analytical testing equipment.
- Measurement Parameter: Specifically engineered for precise pH analysis in non-aqueous and organic solutions.
- Body Material: Constructed with a high-quality, chemically resistant glass body for superior laboratory performance.
- Design Feature: Features a double-junction reference to prevent contamination and a membrane optimized for organic solvents.
- Application: Suitable for highly specialized analytical testing, offering reliable results in petrochemicals, ethanol, and pharmaceutical solvents.
- Integration: Acts as a direct, premium replacement or functional upgrade for compatible Apera Instruments meters.
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | LabSen 871 |
| SKU | AI3147 |
| Product Type | pH Electrode |
| Body Material | Glass |
| Junction Type | Double-junction |
| Target Application | Non-aqueous / Organic solutions |