Agilent, 9910066900, Temperature probe holder for rectangular micro-cells

Temperature probe holder. Includes 4 tapered end temperature probes for use in rectangular micro-cells

Specifications:
Notes: Includes tapered end probes, 4/pk, suitable for use in microcells
UNSPSC Code: 41115406

**********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.**********
This temperature probe holder is specifically designed to securely accommodate probes alongside rectangular micro-cells, ensuring precise and stable temperature monitoring during spectroscopic analyses. Its robust construction guarantees accurate thermal contact without interfering with sample measurements, making it ideal for laboratories prioritizing data reliability.

Commonly used in UV-Vis, fluorescence, and other optical experiments, the holder supports reproducible temperature control across kinetic studies, melting point determinations, and quantitative analyses, minimizing sample variability. Researchers can confidently conduct temperature-dependent measurements, critical for biochemistry, pharmaceutical, or material science applications where environmental parameters affect experimental outcomes.

The holder integrates seamlessly with a variety of Agilent spectrophotometers, such as Cary and 8453 series, or related optical systems equipped with rectangular micro-cells. Installation is straightforward, facilitating quick transitions between experiments and reducing instrument downtime. Its universal design supports compatibility with standard micro-cell temperatures probes.

Recommended for advanced research environments, this accessory enhances workflow efficiency by maintaining alignment and preventing thermal drift during long, sensitive assays. It pairs well with Agilent’s range of micro-cells, cell holders, and thermostatting equipment, offering a comprehensive solution for precise temperature-controlled measurements. This holder is an essential addition for laboratories seeking elevated accuracy in temperature-sensitive spectroscopic applications.