Search results for "syringe pump"

Ideal for viscous, dense and volatile liquides Minimum increments printed on the syringe itself Accurately deliver selected dose Made from high quality polypropylene and polyethylene Pyrogen-, ATP-, RNase-, and DNase-free

Ideal for viscous, dense and volatile liquides Minimum increments printed on the syringe itself Accurately deliver selected dose Made from high quality polypropylene and polyethylene Pyrogen-, ATP-, RNase-, and DNase-free

Ideal for viscous, dense and volatile liquides Minimum increments printed on the syringe itself Accurately deliver selected dose Made from high quality polypropylene and polyethylene Pyrogen-, ATP-, RNase-, and DNase-free

Ideal for viscous, dense and volatile liquides Minimum increments printed on the syringe itself Accurately deliver selected dose Made from high quality polypropylene and polyethylene Pyrogen-, ATP-, RNase-, and DNase-free

Ideal for viscous, dense and volatile liquides Minimum increments printed on the syringe itself Accurately deliver selected dose Made from high quality polypropylene and polyethylene Pyrogen-, ATP-, RNase-, and DNase-free

Ideal for viscous, dense and volatile liquides Minimum increments printed on the syringe itself Accurately deliver selected dose Made from high quality polypropylene and polyethylene Pyrogen-, ATP-, RNase-, and DNase-free

Ideal for viscous, dense and volatile liquides Minimum increments printed on the syringe itself Accurately deliver selected dose Made from high quality polypropylene and polyethylene Pyrogen-, ATP-, RNase-, and DNase-free

Ideal for viscous, dense and volatile liquides Minimum increments printed on the syringe itself Accurately deliver selected dose Made from high quality polypropylene and polyethylene Pyrogen-, ATP-, RNase-, and DNase-free

Solubility (20°C): 364 g/L (H2O)Note: ♦ All amino acids from AppliChem are of non-animal origin!Formula: C3H7NO3M: 105.09 g/molCAS-No.: 56-45-1HS-No.: 29225000EC-No.: 200-274-3Storage: RTLGK: 10 - 13Specification: Assay (titr.): min. 99 %