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The issue of energy consumption in quartz tube processing is multi-faceted, and involves a number of key areas, including process optimization, equipment improvement, recycling, material selection and green manufacturing. By implementing these measures, energy consumption can be reduced, and production efficiency and economic benefits can be enhanced.

In order to ensure maximum performance and accuracy in spectral analysis, it is essential to adhere to the correct usage methods for the quartz sample cell. These steps not only improve the reproducibility of the experiment, but also extend the service life of the sample cell and reduce the cost and time of the experiment.

The quartz cuvette is generally characterized by a cuboid shape. The bottom and two sides are composed of ground glass, while the remaining two sides are characterized by an optical-transparent surface made of optical quartz glass. This is achieved through the integrated fusion process, glass powder sintering process at high temperature, and glue combination...

The infrared cuvette is typically cuboid in shape, with its lower surface and two lateral sides composed of frosted glass. The remaining two lateral sides are constituted by light-transmissive surfaces, crafted from fused optical glass through the melting and gluing of glass powder at elevated temperatures.

The quartz cuvettes generally used on the market are fired by quartz powder, which should be cleaned by special ultrasoniccleaning with frosted surfaces facing downwards during the washing. Wash cuvettes with a mixture of ethyl ether and anhydrous ethanol (50% each). If the cuvette is too dirty, it can be cleaned with special washing solutions...

The one marked with the letter “S”on the top of the cuvette is a quartz cuvette. It is also recommended to make comparison in the ultraviolet region, and those with absorption are glass cuvette.