quartz glass flow cell 4 windows polish single channel for environmental monitoring

                                                                                            Product Details                                                                                                                                                                                                                                                                                                  

A quartz cuvette cell is a fundamental tool in the realm of spectroscopy , serving as a vessel for holding liquid samples during analysis. Its construction material, quartz glass, possesses exceptional optical properties, such as high transparency and resistance to chemical reactions , making it the ideal choice for this purpose. These cells come in various shapes and sizes, but the most common is the rectangular cuvette with two transparent windows . These windows allow light to pass through the sample, enabling precise measurements of light absorption and transmission.

Quartz cuvette cells are engineered to withstand the harsh conditions of scientific experimentation . They are used in a variety of industries, including chemistry, biology, and environmental science, to analyze the properties of substances by measuring how they interact with light. These interactions provide crucial insights into the composition , concentration, and characteristics of the samples under investigation.

In essence, a quartz cuvette cell acts as the "eyes" of a spectrophotometer , providing a clear view into the world of molecules and compounds . It plays a pivotal role in enabling scientists to unravel the mysteries of matter at the molecular level .

2.1.Resistance to scratches: Scratches on the cell's sides scatter light and lead to mistakes. The cuvette is shielded from unintentionally striking and being scraped by the machine casing by a rubber or plastic rack.

2.2.Volume: A cuvette's maximum safe capacity for holding a liquid sample is indicated by its volume. It can have volumes ranging from 100 µL to 3500 µL.

2.3.Shape: Most cuvettes have a rectangular shape

2.4.Accuracy: From 200 to 2500 nm, the full UV and visible spectrum, quartz cell yield precise results. The production tolerance decreases with increasing measurement efficiency and consistency.

2.5.Chemical Resistance: It can withstand a broad range of common solvents and chemicals without degrading the cuvette.

2.6. Transmission Range: It has an extended transmission range from 190 to 2,500 nm, making it an appropriate choice for UV, VIS, and NIR spectrum experiments.

2.7.Resistant to high temperature, most acids, bases, or organic solvents 8. Instrument: Can be used with most fluorometers or UV-Vis spectrometers

2.8.Resistant to aggressive solvents, acids, and bases, ensuring longevity and reliability.

3.1 Pharmaceutical Analysis:

3.2 Biotechnology and Life Sciences:

3.3 Nanotechnology Research:

3.5 Environmental Science:

4.1 Pathlength and Volume

4.2 Optical Quality

4.3 Compatibility

5.1 Product name：quartz flow cell

5.2 Material：silica quartz glass

5.3 Technology：melting process, high dimensional precision, corrosion resistance, no glue, no leakage

5.4 Technical specification：optical path：1,2,5,10mm

5.5 Applicable wavelength：190-2500nm

5.6 Use：For environmental monitoring

6.1.High transparent material: Imported German SCHOTT optical glass, no bubbles, no stripes. 

6.2.Fill volume: 3.5ml 

6.3.Technology process: Glue or Powder sintering process 

6.4.Two types: Standard type suitable for Neutral liquid; Acid and Alkali resistant type suitable for high precision experiments. 

6.5. Accommodates most sample volumes, and is compatible with most Spectrophotometers and Photometers 

6.6. Optical Windows: 2 or 4 windows 

6.7. Resistant to high temperature, most acids, bases, or organic solvents

6.8.Excellent visual and chemical, No air bubble and no air line

6.9.performance:acid-resistance, alkali resistance,Good thermal stability