SI Analytics pH Combination Electrode A 7780, Plug-in Head with 3-Fold Ceramic Diaphragm

The SI Analytics pH Combination Electrode A 7780 is designed for accurate and reliable pH measurements in a variety of laboratory and industrial applications. Featuring a plug-in head with a 3-fold ceramic diaphragm, this electrode ensures fast response and high-performance measurements. It is ideal for use with pH meters and offers excellent durability for long-term use in demanding environments.

Key Features:

• Brand: SI Analytics Analytics Germany (EBRO)
• Model: A 7780
• Type: pH combination electrode with plug-in head for easy installation and maintenance
• Diaphragm: 3-fold ceramic diaphragm for enhanced performance and durability
• Application: Ideal for laboratory and industrial pH measurements
• Design: Robust construction for reliable performance in demanding environments

The SI Analytics pH Combination Electrode A 7780 is a trusted tool for professionals requiring precise and consistent pH measurements across various applications.

Frequently Asked Questions

1. What is the SI Analytics pH Combination Electrode A 7780, Plug-in Head with 3-Fold Ceramic Diaphragm used for?

It is designed for accurate and reliable pH measurements in a variety of laboratory and industrial applications. Featuring a plug-in head with a 3-fold ceramic diaphragm, this electrode ensures fast response and high-performance measurements. It is ideal for use with pH meters and offers excellent durability for long-term use in demanding environments.

2. Is this product suitable for laboratory and industrial pH measurements?

Yes. It is designed for laboratory and industrial pH measurements, and offers 3-fold ceramic diaphragm for enhanced performance and durability to support this kind of work.

3. What diaphragm does this product have?

It has 3-fold ceramic diaphragm for enhanced performance and durability.

4. What type and design does this product offer?

It offers pH combination electrode with plug-in head for easy installation and maintenance and robust construction for reliable performance in demanding environments.