Cole-Parmer Electrode PCP507 #C

The Cole-Parmer Electrode PCP507 #C is a semi-micro pH electrode designed for precise measurements in small-volume liquid samples. Featuring a 4.5 mm diameter and a 90 mm reach, this glass-bodied electrode is ideal for applications requiring high accuracy in confined spaces.

Key Features:

• Brand: Cole-Parmer
• Model: PCP507 #C
• Type: Semi-micro pH electrode
• Body Material: Glass
• Diameter: 4.5 mm
• Length: 90 mm
• Application: Suitable for small-volume liquid sample measurements
• Manufacturer Article Number: 99960-36
• HS Code: 90278930

This electrode is an essential tool for laboratories requiring accurate pH measurements in limited sample volumes, ensuring reliable and reproducible results.

Frequently Asked Questions

1. What is the Cole-Parmer Electrode PCP507 #C used for?

It is a semi-micro pH electrode designed for precise measurements in small-volume liquid samples. Featuring a 4.5 mm diameter and a 90 mm reach, this glass-bodied electrode is ideal for applications requiring high accuracy in confined spaces.

2. Is the Cole-Parmer Electrode PCP507 #C suitable for small-volume liquid sample measurements?

Yes. It is designed for small-volume liquid sample measurements, and offers a diameter of 4.5 mm and a length of 90 mm to support this kind of work.

3. What diameter and length does the Cole-Parmer Electrode PCP507 #C have?

It has a diameter of 4.5 mm, a length of 90 mm and a manufacturer article number of 99960-36, and is supplied under manufacturer part number 99960-36.

4. What type and body material does the Cole-Parmer Electrode PCP507 #C offer?

It offers semi-micro pH electrode and glass.

5. How does the Cole-Parmer Electrode PCP507 #C compare with the Mettler-Toledo InLab Semi-Micro pH Electrode, Body Length 100mm from Mettler-Toledo?

The Cole-Parmer Electrode PCP507 #C is a strong choice when diameter of 4.5 mm matches the workflow. The Mettler-Toledo InLab Semi-Micro pH Electrode, Body Length 100mm is an alternative offering body length of 100mm for use in small sample volumes, so the preferred option depends on the required specification and compatibility.