Hamilton PHI K8 225 pH Electrode for Accurate Electrochemical pH Measurement

The Hamilton PHI K8 225 is a high-precision pH electrode optimized for accurate and reliable pH measurement across a wide range of liquid solutions in laboratory environments. This electrochemical sensor features a compact design with dimensions of 12 inches in length, 3 inches width, and 2 inches height, weighing approximately 0.54 kilograms (1.2 pounds), making it suitable for benchtop and portable analytical instruments.

Key technical attributes include:

• High accuracy and repeatability in pH quantification, essential for molecular diagnostics and bioprocessing workflows.
• Compatibility with diverse solution types, supporting applications in biotechnology research, cell culture monitoring, and synthetic biology.
• Durable construction ensuring consistent performance over extended experimental periods.

This electrode is widely used in clinical diagnostics and biopharmaceutical production pipelines, where precise pH monitoring is critical to maintaining optimal reaction conditions and product quality. The Hamilton PHI K8 225 is essential for laboratories engaged in gene editing experiments, biomanufacturing process control, and other advanced fluorescence analysis and live-cell imaging applications requiring exact electrochemical measurements.

Its robust design and trusted Hamilton brand quality make it a reliable tool for researchers and scientists demanding high-fidelity pH data integral to cell imaging and synthetic biology research domains.