Cole-Parmer® Disposable Closed XRF X-Cell Sample Cups

Supplier: SPEX SamplePrep
Cole-Parmer®
3529 3527IM 3527I 3561M 3529M 3565 3527M 3561 3565M 3527
76182-380BG 1313.15 CAD
76182-380 76181-880 76182-376 76181-884 76182-378 76181-882 76181-878 76181-888 76181-876 76181-886
Cole-Parmer® Disposable Closed XRF X-Cell Sample Cups
Cuvettes Spectrophotometer Cuvettes
Fast, dependable, and reproducible XRF analysis of liquid samples.

  • One opening for fast liquid sample delivery
  • Compatible with major suppliers of XRF spectrometers
  • Contaminant-free polyethylene construction
  • Collars available to attach window film to cup for added security

Cole-Parmer® X-Cells are used throughout the world for fast, dependable, reproducible running of liquid samples in XRF spectrometers. They are designed to fit into the major suppliers of XRF spectrophotometers, such as PANalytical, Rigaku, Bruker, and Thermo Instruments. The durable polyethylene construction is generally resistant to acids, bases, and most organic chemicals except halogenated hydrocarbons. The patented closed X-Cell design features a snap-open seal for venting volatile samples and a reservoir cup for catching any liquids that expand through the vent. This assures the analyst of a smooth window for improved precision, yet guards against spillage in inverted-optic spectrometers. A roughed surface within the reservoir cup facilitates labeling.

Each closed X-Cell consists of a cup and snap-on ring. For routine liquid samples, the cup is filled with liquid, a piece of film is spread over the top, then the snap-ring is pushed down over the cup to form a fat drum-like window. The cell is turned over and, if desired, the snap-post on the rear can be pushed to break the seal and to permit venting of trapped bubbles and expand liquid while the sample is run. The filled X-Cell is then positioned in the spectrometer mask.

Use the bubble-free insert with the 3527 40 mm XRF liquid cell to prevent trapped air from forming a bubble under the window film when the cell is upright. The insert is pushed into the cell before the sample is added and forms an inverted-cone shelf under which air bubbles can be trapped once the cell is filled and sealed.
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