Product Description
Apera Instruments LabSen 851-H
Pre-Pressurized Glass-body pH Electrode for Highly Viscous Samples
The Apera Instruments LabSen 851-H is the ultimate high-performance glass-body pH electrode, engineered to deliver precise measurements in the most extreme combination of analytical conditions: highly viscous, strongly alkaline, and high-temperature samples. Developed as part of the advanced LabSen series, this probe ensures seamless integration and stable signal transmission with compatible measuring meters, acting as the definitive solution for the most challenging industrial environments.
Standard reference junctions fail instantly against the immense pressure and clogging potential of thick, hot, and aggressive industrial fluids. To combat this, the LabSen 851-H is constructed with a revolutionary pre-pressurized reference system. This system actively forces electrolyte outward, entirely preventing viscous and caustic samples from penetrating and destroying the sensor. Combined with high-temperature alkaline-resistant glass, it serves as the ultimate premium replacement or specialized industrial upgrade for your testing equipment.
- Measurement Parameter: Engineered for precise pH analysis in extreme combinations of viscosity, heat, and alkalinity.
- Body Material: Constructed with heavy-duty, thermal and chemical-resistant glass for industrial use.
- Design Feature: Pre-pressurized reference system actively prevents severe junction clogging and inward contamination.
- Application: Perfect for the toughest industrial testing, providing reliable results in hot resins, thick caustic slurries, and aggressive polymers.
- Integration: Acts as a direct, premium replacement or functional upgrade for compatible Apera Instruments meters.
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | LabSen 851-H |
| SKU | AI3168 |
| Product Type | pH Electrode |
| Body Material | Glass |
| Design Technology | Pre-Pressurized Reference System |
| Target Application | Highly viscous samples with strong alkali or high temperature |