Standard Rectangular Quartz Cuvettes, Style B

CUV2011-1

Size (mm)

Prices valid in USA, Canada, and PR only.

  • Beam Width 10mm

Details

Options

 Order code Type Description
CUV2011-1 5 mm Path 
  • 7.5 x 12.5 x 45mm
  • V=1.7mL
  • Beam Width 10mm
CUV2101-1 1 mm Path
  • 3.5 x 12.5 x 45mm
  • V=0.35mL
  • Beam Width 10mm
CUV2102-1 2 mm Path
  • 4.5 x 12.5 x 45mm
  • V=0.7mL
  • Beam Width 10mm

 

See the current Data Sheet.

WPI’s glass and synthetic quartz cuvettes are ideal for UV/VIS/NIR absorbance or fluorescence experiments. Synthetic quartz can be used in deep UV applications and is recommended for fluorescent applications, as it does not exhibit background fluorescence. Quartz cuvettes (absorbance, fluorescence and flow) are shipped individually packaged. These economic quartz are ideal for precision measurements because of their high quality materials used and their low manufacturing tolerances.

Technical Characteristics

Spectral Range (>80%): 200-2500 nm; Transmission Difference between different cuvettes: Less than 1% (Typical transmission curves of synthetic quartz cuvettes were measured empty, thickness 1.25 mm x 2, including surface reflections, measured with a TIDAS II against air as reference).

Related Articles

  • Z-Dimensions Are Not Created Equal
    Z-Dimensions Are Not Created Equal

    Z-Dimensions Are Not Created Equal

    Cuvettes come in a variety of shapes and sizes, but one of the most important specifications of a cuvette is its Z-dimension. The Z-dimension of an instrument (cuvette holder or spectrometer) is the distance from the bottom of the cuvette chamber floor to the center of its light beam (see image). A cuvette’s Z-dimension must match the Z-dimension of the instrument with which it will be used.