Globe Scientific Cuvettes are engineered to deliver precision and reliability in laboratory experiments, particularly those that target ultraviolet wavelength analyses. Designed to hold a micro volume of 1.5mL, these cuvettes are ideal for any laboratory environment where high-end spectroscopic and photometric measurement activities are performed. With two clear sides, the cuvettes ensure high transparency, aiding in dual-sided measurement for more accurate results.

Crafted from UV Grade polymethylmethacrylate, these cuvettes exhibit remarkable optical properties and are resistant to various chemicals commonly found in labs. Sold in convenient packages of 100 per tray, and 5 trays per case, these cuvettes are perfect for large-scale laboratory operations. Whether you require them for academic research, pharmaceutical studies, or biochemical assays, these cuvettes promise exceptional performance and consistent results across diverse applications.

Key Features:

• These cuvettes are made from superior UV grade polymethylmethacrylate which ensures exceptional clarity and transmittance for accurate and reliable results in ultraviolet applications.
• The cuvettes have two clear sides which allow dual-sided measurements to increase accuracy and flexibility in your experiments, providing consistent and optimal results.

Uses:

• Globe Scientific Cuvettes are primarily used in laboratory settings for spectroscopic, photometric, and fluorometric applications. These cuvettes are designed to facilitate measurements in the ultraviolet wavelength range, making them suitable for experiments requiring precision and accuracy.

FAQs:

1. What volume do these cuvettes hold?
The Globe Scientific Cuvettes have a capacity of 1.5 mL, suitable for micro-volume measurements.

2. Are these cuvettes reusable?
No, these cuvettes are designed for single-use to prevent cross-contamination and ensure reliability of results.

3. What is the material of these cuvettes?
These cuvettes are made from UV grade polymethylmethacrylate, known for its excellent optical clarity.