- Condition: Factory New
- Warranty: 1 Year
- Weight: 0.5 lb
- Glass, Rectangular, 50 mm Pathlength, 17.5mL Capacity, Visible Only
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Learn more:
- MFR: Unico Ships from Manufacturer
- MPN: S-90-321G
- Phone: (732) 274-1155
Frequently asked questions
What is the capacity of the Unico Rectangular Glass Cuvette?
The Unico Rectangular Glass Cuvette has a capacity of 17.5ml.
What wavelength range is this cuvette designed for?
This cuvette is designed for use in visible light spectrophotometry within the wavelength range of 335nm to 2500nm.
What is the pathlength of the Unico Glass Cuvette?
The pathlength of this cuvette is 50mm.
What material is the Unico Cuvette made of?
The Unico Cuvette is made of glass.
Is the top of the cuvette open or closed?
The cuvette has an open top, allowing for easy sample introduction and removal.
What is the intended use for this glass cuvette?
The intended use for the Unico 17.5ml Rectangular Glass Cuvette is spectrophotometry.
Which spectrophotometers are compatible with this cuvette?
This cuvette is designed for use with visible light spectrophotometers. It is compatible with wavelengths ranging from 335nm to 2500nm, ensuring precise measurements for a variety of laboratory applications.
What is the height of the Unico 17.5ml Rectangular Glass Cuvette?
The Unico 17.5ml Rectangular Glass Cuvette has a height of 45mm.
What type of light is compatible with the Unico 17.5ml Rectangular Glass Cuvette?
The Unico 17.5ml Rectangular Glass Cuvette is suitable for applications using Visible Light.
Is high-quality glass used for this cuvette?
Yes, this Unico cuvette is constructed from durable glass, which provides the necessary optical properties for laboratory analysis.
It is specifically designed for use with Visible Light spectrophotometry and offers reliable performance within the following specifications:
- Wavelength Range: Optimized for 335nm to 2500nm.
- Capacity: High capacity of 17.5ml.
- Pathlength: Standard 50mm pathlength.
- Condition: Guaranteed to arrive in Factory New condition, ensuring optimal optical clarity and measurement accuracy.