A. Krüss Gas Analyzer MAT1500, with Zirconia Dioxide Sensor for Oxygen and NDIR Sensor for Carbon Dioxide

The A. Krüss Gas Analyzer MAT1500 combines a zirconia dioxide sensor for precise oxygen measurement and an NDIR sensor for accurate carbon dioxide detection. This dual-sensor technology makes it ideal for comprehensive gas analysis in industrial, environmental, and laboratory applications.

Key Features:

• Brand: A. Krüss
• Model: MAT1500
• Sensors: Zirconia dioxide sensor for oxygen and NDIR sensor for carbon dioxide
• Application: Suitable for industrial, environmental, and laboratory gas analysis
• Technology: Combines electrochemical and optical sensor technology for reliable results

This A. Krüss gas analyzer offers versatile and precise multi-gas detection with advanced sensor technology for dependable analysis.

Frequently Asked Questions

1. What is the A. Krüss Gas Analyzer MAT1500, with Zirconia Dioxide Sensor for Oxygen and NDIR Sensor for Carbon Dioxide used for?

It combines a zirconia dioxide sensor for precise oxygen measurement and an NDIR sensor for accurate carbon dioxide detection. This dual-sensor technology makes it ideal for comprehensive gas analysis in industrial, environmental, and laboratory applications.

2. Is this product suitable for industrial, environmental, and laboratory gas analysis?

Yes. It is designed for industrial, environmental, and laboratory gas analysis, and offers zirconia dioxide sensor for oxygen and NDIR sensor for carbon dioxide and combines electrochemical and optical sensor technology for reliable results to support this kind of work.

3. What sensors and technology does this product have?

It has zirconia dioxide sensor for oxygen and NDIR sensor for carbon dioxide, combines electrochemical and optical sensor technology for reliable results and for high sample throughput.

4. What are the key features of this product?

It offers the following key features: Zirconia dioxide sensor for oxygen and NDIR sensor for carbon dioxide; Suitable for industrial, environmental, and laboratory gas analysis; Combines electrochemical and optical sensor technology for reliable results.