:: Products & Services :: |
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| Product List with Grades and Recommended Application |
RANEY NICKEL CATALYST (ACTIVE) |
Grade: RNF
Grade: RNM
Grade: RNC
Grade: RNK 304
Grade: RNK 314 |
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Recommended Applications |
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A versatile hydrogenation catalyst can carry
out almost all types of hydrogenation reactions. |
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| RANEY COPPER CATALYST |
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Recommended Applications |
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Used for oxidation of diethanol amine
to iminodiacetic acid. |
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RANEY COBALT CATALYST |
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Recommended Applications |
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Used for selective hydrogenation
of Unsaturated
Nitrile to
Unsaturated Amine and reduction of
di-nitriles to diamines. |
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| PALLADIUM ON ACTIVATED CHARCOAL (CARBON) |
[PALLADIUM CONTENT :
1%, 2%, 3%, 5%, 10% etc.]
[DRY or WITH 50% L.O.D.] |
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Recommended Applications |
Hydrogenation of Alkene to Alkanes Aldehyde/Ketone to
alcohol, Nitro compound to Amino compound,
Oxime to
Amine etc. |
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| PALLADIUM ON CALCIUM CARBONATE. |
[PALLADIUM CONTENT :
1%, 2%, 3%, 5%, 10% etc.]
[DRY or WITH 50% L.O.D.] |
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Recommended Applications |
| Hydrogenation of Alkyne to Alkene. |
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| PALLADIUM ON BARIUM SULPHATE. |
[PALLADIUM CONTENT:
1%, 2%, 3%, 5%, 10% etc.]
[DRY or WITH 50% L.O.D.] |
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Recommended Applications |
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Hydrogenation of Alkyne to Alkene
Aromatic halides to
hydrocarbons (dehalogenation.) |
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| PALLADIUM ON ALUMINA BALLS |
(PALLADIUM CONTENT :0.1% TO 5%)
Ball size : 1 mm to 5 mm
(As per customer’s specification) |
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Recommended Applications |
| Vapour phase hydrogenation catalyst |
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| PALLADIUM ON SILICA |
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Recommended Applications |
A powerful hydrogenating catalyst.Useful where the
reaction conditions are mild acidic in nature.
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| PALLADIUM ON KIESELGUHR |
[PALLADIUM CONTENT:
1%, 2%, 3%, 5%, 10% ETC.]
[DRY AND WITH 50% L.O.D.] |
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Recommended Applications |
For hydrogenation of products as mentioned for
Palladium on Carbon
but where filtration is a serious
problem. |
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| LINDLAR CATALYST. |
| (Palladium on Calcium Carbonate partially deactivated by Lead) |
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Recommended Applications |
Used for selective hydrogenation of Triple bond
(Acetylenic bond) to double bond without carrying out
further reduction to paraffin By using this catalyst,
reduction terminates at olefin level only. |
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| 20 % Palladium Hydroxide on Carbon |
| Palladium Content : 15.2 % |
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| Pearlman’s catalyst |
| (20% Palladium in the form of Palladium hydroxide on Carbon) |
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Recommended Applications |
| Debenzylation at low temperature, low pressure. |
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| PLATINUM ON ACTIVATED CHARCOAL (CARBON). |
[PLATINUM CONTENT :
1%, 2%, 3%, 5%, 10% etc.]
[DRY or WITH 50% L.O.D.] |
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Recommended Applications |
A powerful hydrogenation catalyst. Useful where the
reaction conditions may be highly acidic in nature Pyridine
ring hydrogenations,Aromatic ring hydrogenation, Reduction
of chlorinated nitro aromatic compounds without loss of
chlorine atoms, Reduction of Schiff’s base.Reduction of
Aliphatic and Aromatic nitro compounds. |
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| PLATINUM OXIDE, PtO2 |
snuff coloured powder
(Adam’s catalyst), Pt content ~ 84 %. |
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Recommended Applications |
Ring hydrogenation at low temperature and
pressure.Asymmetric(optically active) hydrogenation |
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| RUTHENIUM ON CARBON |
[RUTHENIUM CONTENT :
1%, 2%, 3%, 5%, 10% etc.]
[DRY or WITH 50% L.O.D.] |
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Recommended Applications |
Selective hydrogenation of aliphatic aldehydes and ketones
Ring hydrogenation.Reduction of Glucose toSorbitol. |
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| NICKEL-ALUMINIUM ALLOY POWDER (50:50). |
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Recommended Applications |
Used as a in-situ hydrogenation
catalyst at ambient pressure( Open Vessel hydrogenation). |
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| NICKEL-ALUMINIUM ALLOY POWDER (30:70). |
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Recommended Applications |
Used as an in-situ hydrogenation
catalyst at ambient pressure (Open Vessel hydrogenation). |
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| DEVARDAS ALLOY |
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Recommended Applications |
| Reduction of Nitrogen carrying compounds to Ammonia. |
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| COPPER-ALUMINIUM ALLOY POWDER (50:50) |
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Recommended Applications |
| Diethenol amine to imino diacetic acid. |
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| NICKEL OXIDE. NiO |
| (made form spent Nickel catalyst) |
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Recommended Applications |
| Used for manufacture of Nickel Salts |
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| PALLADIUM black |
| Black Powder |
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Precious Metal Content |
| Pd content > 99% |
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| palladium (ii) oxide, PdO |
| Dark snuff coloured powder |
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Precious Metal Content |
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Pd content ~ 86 %. |
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| palladium (ii) chloride, Pdcl2 ,Brick Red Powder |
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Precious Metal Content |
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Pd content > 59.5 % |
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| PALLADIUM ACETATE, Trimer [ Pd (CH3Coo) 2 ] 3 |
| Orange brown coloured crystalline powder |
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Coupling Catalyst |
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Pd content > 47 %. |
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| Tetrakis (Triphenyl Phosphine) Palladium (0), Pd [( C6H5)3 P]4 |
| Yellow crystalline material |
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Coupling Catalyst |
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Pd content ~ 9.2 % |
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| Bis (Triphenyl Phophine) |
Palladium Dichloride, [( C6H5)3 P]2 PdCl2
Pale yellow coloured waxy powder Product |
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Coupling Catalyst |
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Pd content ~ 15.0% |
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| Diammnine palladium (II) CHLORIDE, |
(NH3) 2 PdCl2
Bright Yellow colored powder |
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Electroplating Compound |
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Pd content ~ 50 % |
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| potassium tetrAchloroplatinate |
K2 [ PtCl4 ]
Bright red crystals, water soluble |
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Electroplating Compound |
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Pt content ~ 47 % |
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| potassium hexachloroplatinate |
K2 [ PtCl6 ]
Yellow powder , sparingly soluble in water |
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Electroplating Compound |
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Pt content ~ 40 % |
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| CHLOROPLATINIC ACID, |
H2 [ PtCl6 ] . x H2O
Orange mass |
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Electroplating Compound |
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Pt content ~ 40 % |
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| Ruthenium TRICHLORIDE, HYDRATE |
RuCl3.xH2O
shining black crystals, water soluble |
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Precious Metal Content |
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Ru content ~ 40 %
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| silver on alumina BALLS |
| balls size 1mm to 5mm as per customer specification |
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Precious Metal Content |
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Silver content ~ 5 % |
