Hellma Cellect Absorbance/Transmission Cuvette QS/QG Quartz with PTFE Lid Path Length 10mm Fill Volume 3.5mL

Code: cel2048 D2-106

At Hellma Analytics we have been manufacturing optical components for spectroscopy for over 90 years. Dedicated to high quality, precision drilling and machining; grinding, polishing, fusing and fa...


read more

Your Price
£93.00 EACH
£111.60 inc. VAT

At Hellma Analytics we have been manufacturing optical components for spectroscopy for over 90 years. Dedicated to high quality, precision drilling and machining; grinding, polishing, fusing and fabrication in quartz, glass and other optical materials, our range extends from a comprehensive range of cuvettes and cells to micro-volume analysis, reference materials, optical immersion probes and much more.

The Cellect range is a new offering of a full range of cells and cuvettes designed to meet the requirements of most analysts for sample handling in their spectrophotometers, fluorimeters and other opto-analytical instruments. Manufactured to the same high standards demanded of all our laboratory and process equipment, and with the same high quality materials required to give you confidence in your results.

  • Hellma provides the largest range of high-quality UV/Vis-cuvettes for absorption and fluorescence measurements in modern analysis
  • All our cuvettes are assembled via thermal bonding instead of glue
  • The surface flatness of the optical windows is extremely high with a maximum tolerance of ±0.0001mm
  • Hellma cuvettes / cells show exceptional path length and parallelism accuracy
  • For our quartz cuvettes we guarantee a transmission of at least 82% from 200nm to 3500nm depending on the material
  • All Hellma cuvettes have chamfered edges to facilitate the handling and to reduce the risk of chipping
  • At Hellma Analytics, production draws on more than 95 years of experience in producing glass and quartz components. Our processes have been continuously developed further with focus on quality and efficiency

This product has met the following criteria: