CATALYSTS
-
0.8 Percent Platinum - 0.3 Percent Molybdenum on Carbon Powder, Reduced, Water Wet, 23 Microns, BASF Catalyst
PT-210- SKU:
- PT-210
- CAS#:
- 7440-06-4
-
0.8 Percent Platinum - 0.3 Percent Molybdenum on Carbon Powder, Reduced, Water Wet, 25 Microns, BASF Catalyst
PT-200- SKU:
- PT-200
- CAS#:
- 7440-06-4
-
0.8 Percent Platinum on Carbon Powder, Reduced, Water Wet, 23 Microns, BASF Catalyst
PT-110- SKU:
- PT-110
- CAS#:
- 7440-06-4
-
0.8 Percent Platinum on Carbon Powder, Reduced, Water Wet, 25 Microns, BASF Catalyst
PT-100- SKU:
- PT-100
- CAS#:
- 7440-06-4
-
Platinum on Alumina, 5 Percent, Catalyst, Powder
P1149- SKU:
- P1149
- UPS Ground Limit:
- 150 lb
- Storage Info:
- Keep tightly closed
- HMIS-Health:
- 2
- HMIS-Flammability:
- 0
- HMIS-Reactivity:
- 0
- Info:
- 5 Percent, Catalyst.
-
Platinum on Asbestos, 5 Percent, Catalyst - 10 grams
P1549-10GM- SKU:
- P1549-10GM
- UN Number:
- NA2212
- Proper Shipping Name:
- Asbestos
- Hazard Class:
- 9
- Packing Group:
- PG III
- UPS Ground Limit:
- 70 lb
- HMIS-Health:
- 2
- HMIS-Flammability:
- 0
- HMIS-Reactivity:
- 0
- Info:
- 5 Percent, Catalyst.
-
Platinum on Charcoal, 5 Percent, Catalyst, Powder
P1151- SKU:
- P1151
- UN Number:
- UN1362
- Proper Shipping Name:
- Carbon, activated
- Hazard Class:
- 4.2
- Packing Group:
- PG III
- UPS Ground Limit:
- 12 kg
- HMIS-Health:
- 1
- HMIS-Flammability:
- 3
- HMIS-Reactivity:
- 0
- Info:
- 5 Percent, Catalyst.
-
Rhodium on Alumina, 5 Percent, Catalyst, Powder
R1029- SKU:
- R1029
- UPS Ground Limit:
- 150 lb
- HMIS-Health:
- 1
- HMIS-Flammability:
- 0
- HMIS-Reactivity:
- 0
- Info:
- 5 Percent, Catalyst.
-
Ruthenium on Charcoal, 5 Percent, Catalyst, 15-25 Angstroms
R1622- SKU:
- R1622
- UN Number:
- UN1362
- Proper Shipping Name:
- Carbon activated
- Hazard Class:
- 4.2
- Packing Group:
- PG III
- HMIS-Health:
- 1
- HMIS-Flammability:
- 3
- HMIS-Reactivity:
- 0
- Info:
- 5 Percent, Catalyst.
15-25 Angstroms.
Used for the reduction of carboxylic acids to alcohols, aliphatic aldehydes and ketones to alcohols, and aromatic amines to cyclohexylamines.