Molecular Sieves
Chem-Impex International, Inc. Molecular sieves, 3?, beads 8-12 mesh | 1318-02-1 | MFCD00147627 | 1KG
Molecular sieves, 3?, beads 8-12 mesh, 1318-02-1, MFCD00147627, 1KG
Sigma Aldrich Fine Chemicals Biosciences MOLECULAR SIEVES, 3 ANGST1KG
Molecular sieves, 3 ANGSTROM 1kg
Sigma Aldrich Fine Chemicals Biosciences MOLECULAR SIEVES, 4 ANGSTR 25G
Molecular sieves, 4 ANGSTROM powder, activated, −325 mesh particle size 25g CAS#70955-01-0 MFCD00147627
SIGMA ALDRICH FINE CHEMICALS BIOSCIENCES MOLECULAR SIEVES 4 A 250G
NC3344915 MOLECULAR SIEVES 4 A 250G
Sigma Aldrich Fine Chemicals Biosciences Molecular sieves, 5 Ã… powder, undried | 69912-79-4 | MFCD00131613 | 500G
Molecular sieves, 5 Ã… powder, undried | 69912-79-4 | MFCD00131613 | 500G
Sigma Aldrich Fine Chemicals Biosciences Silicon dioxide washed and calcined, analytical reagent | 14808-60-7 | MFCD00011232 | 250G
Silicon dioxide washed and calcined, analytical reagent | Mol Wt: 60.08 | 14808-60-7 | MFCD00011232 | 250G
Sigma Aldrich Fine Chemicals Biosciences Molecular sieves 3 A pell1KG
REAGENT Molecular sieves 3 A… pell1KG
Sigma Aldrich Fine Chemicals Biosciences Molecular sieves, 4 Ã… pellets, 1.6 mm diameter | 70955-01-0 | MFCD00131613 | 1KG
Molecular sieves, 4 Ã… pellets, 1.6 mm diameter | 70955-01-0 | MFCD00131613 | 1KG
Selleck Chemical LLC Dyngo-4a
Dyngo-4a is a potent dynamin inhibitor with IC50 of 0 38 M 1 1 M and 2 3 M for DynI (brain) DynI (rec) and DynII (rec) respectively
FUJIFILM BIOSCIENCES INC ZEOLITE SYNTHETIC HS-500 PO
*Orders for this supplier are non-cancellable/non-returnable once they are processed.* Zeolite, Synthetic, HS-500, Powder, Potassium L 25GR
FUJIFILM BIOSCIENCES INC ZEOLITE, SYNTHETIC, HS-720 POW
*Orders for this supplier are non-cancellable/non-returnable once they are processed.* Zeolite, Synthetic, HS-720, Powder, Potassium Ferrierite 25GR
Sigma Aldrich Fine Chemicals Biosciences Molecular sieves 5 A bead5KG
Regeneration or ActivationA saturated molecular sieve can be restored to its original capacity by regeneration the principle of which involves changing the conditions surrounding the adsorbent to correspond to a very low equilibrium capacity. In general the greater the difference between the equilibrium capacities of adsorption and regeneration the more rapid and complete the regeneration.The sieve may be regenerated in one of four ways1. Thermal reactivation -The maximum regeneration temperature for Silica is 300C.2. Pressure reactivation3. Passing an appropriate fluid through the gel bed at normal temperature and pressure.4. Displacement of adsorbates by passing a high concentration of molecules in a fluid through the bed.