Bottle-Top Dispensers VITLAB® TA2  VITLAB®
Bottle-Top Dispensers VITLAB® TA2
VITLAB®


A specially developed and proven cleaning process to be done before use results in a reduced release of trace metal ions to the low ppb range or, depending on the application, even the ppt range.
  • The parts that are in contact with media are made of various fluoroplastics (e. g. ETFE, FEP, PFA, PTFE, PCTFE), Al2O3-sapphire, platinum-iridium or tantalum (depending on model).
  • Exchange valve spring: a platinum-iridium or tantalum valve spring can be used, depending on the application.
  • A field-tested cleaning process to employ before use in trace analysis is described in the instruction manual.
  • Outstanding chemical resistance, especially to aggressive media such as highly concentrated acids and alkalis, hydrogen peroxide, hydrofluoric acid and bromine.
  • Modular structure for simply dismantling while cleaning and for replacing the dispensing cartrige.
  • Quick, easy and precise volume adjustment due to interior scalloped track and practical screw mechanism.
  • With screwable discharge valve.

Items supplied:
VITLAB® TA2 dispenser (thread GL 45), 3 bottle adapters (GL 28 / S 28 (ETFE), GL 32 (ETFE) and S 40 (PTFE), telescopic filling tube, recirculation valve (optionally), mounting tool, quality certificate and operating manual.
Technical Data:
Volume:1 to 10 ml / graduation 0.2 ml
Margins of error acc. to DIN EN ISO 8655-5
Accuracy:≤ ± 0.5 % / 50 µl
Coeddicient of variation*:≤ 0.1 % / 10 µl
Valve springRecirculation valveOrder No.PU Manuf. Prod. No. 
Platinum-iridiumno54441731-1627515 
Platinum-iridiumyes54441741-1627525 
Tantalumno54441751-1627535 
Tantalumyes54441761-1627545 
Also available with DAkkS calibration certificate or individual quality certificate.
* Error tolerance conforming to DIN EN ISO 8655-5, related to the nominal (max.) volume marked on the device where the device, environment and distilled H2O are at the same temperature (20 °C).
Checks are done in accordance with DIN EN ISO 8655-6 with the device filled to capacity and with uniform and jolt-free dosing.