CAS:854045-93-5
Molecular Formula:C20H27AuClP
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Claup(t-Bu)2(o-Biphenyl); [(t-Bu)2(o-Biphenyl)Phosphine]gold(I) Chloride; 1,1'-Biphenyl]-2-Ylbis(T-Butylphosphine]Chlorogold; ClAu(di(tert-Butyl)(1,1'-Biphenyl-2-yl)-Phosphine); Auclp(t-Bu)2(o-Biphenyl); (2-Biphenyl)di-tert-Butylphosphine gold(I) Chloride; 2-(Di-tert-Butylphosphino)Biphenyl gold(I) Chloride; AuCl(t-Bu)2P(o-Biphenyl); [P(t-Bu2)o-Biphenyl]AuCl; [{(tBu)2(o-Biphenyl)P}AuCl]; Chloro[2-(di-t-Butylphosphino)Biphenyl]gold(I)
Brief Introduction
Noble metal catalyst
CAS:10025-65-7
Molecular Formula:Cl2Pt
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Dichloroplatinum; Platinum(Ii) Chloride; Muriateofplatinum; Platinumchloride(Ptcl2); Platinous Chloride; Platinum Chloride; Platinumchlorideolivebrownpowder; Platinum(II) Chloride;; Platinum Dichloride;; Platinous Chloride;; Platinum Chloride (PtCl2);; Muriate Of Platinum; Platinium Dichloride
Brief Introduction
Used for preparing high purity platinum salt, etc
CAS:10025-99-7
Molecular Formula:Cl4K2Pt
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Dipotassium,Tetrachloroplatinum(2-); Potassium Platinochloride; Potassium Tetrachloroplatinate; Platinous Potassium Chloride; Potasium Tetrachloroplatinate (I); Potassium Tetrachloroplatinate(II); Potassium Chloroplatinite
Brief Introduction
Potassium chloroplatinate is widely used as the starting material for the manufacture of various platinum complexes and drugs. Potassium chloroplatinate is also used to prepare precious metal catalysts and precious metal coatings.
CAS:12012-95-2
Molecular Formula:C6H10Cl2Pd2
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Chloropalladium(1+),prop-1-ene; Bis(Allylchloropalladium); [PdCl(Allyl)]2; Bis(Allyl)Dichlorodipalladium; Diallyldichlorodipalladium; Allylpalladium(II) Chloride Dimer; [Pdcl(C3H5)]2; Bis(Allyl)Dichloropalladium; Di-μ-Chlorobis[(η-Allyl)Palladium(Ii)]; Allylchloropalladium Dimer; Di-Mu-Chlorobis[(Eta-Allyl)Palladium(Ii)]; Allylpaladium; Allylpaladiumchloridedimer; Bis(Pi-Allyl)Dichlorodipalladium; Bis(Pi-Allylpalladium Chloride)
Brief Introduction
1. Pre catalyst for enantioselective hydrosilylation of olefins. 2. Pre catalyst for asymmetric alkylation and ammoniation of cyclopropenyl acetate. 3. Cross coupling reaction catalyst. 4. Dimer can be used as Trost ligand. 5. As a useful precursor for allyl alkylation and ammoniation with high enantioselectivity. 6. Alkene methyltin alkylation catalyst.
CAS:12081-16-2
Molecular Formula:C8H16Cl2Rh2
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Dichlorotetra(Ethene)Dirhodium; ([Rh(C2H4)2Cl]2; Bis[Chlorobis(Ethylene)Rhodium],Bis[Chlorodiethylenerhodium],Chlorobis(Ethylene)Rhodium Dimer; Chlorobis(Ethylene)Rhodium Dimer; Divinylrhodium Chloride Dimer; Diethylenerhodium Chloride Dimer; Di-μ-Chlorotetraethylene Dirhodium(I); Tetrakis(Ethylene)Dirhodium(I) Dichloride; Bis[Chlorobis(Ethylene)Rhodium]; Chlorobis(Ethylene)Rhodium(I) Dimer; Ethene,Rhodium,Dichloride; Dichlorotetrakis(Ethene)Dirhodium; Tetrakis; Bis[Chlorodiethylenerhodium]; Mhu-Dichlorotetraethylene Dirhodium; Chlorobis(Ethylene)R
Brief Introduction
It is a noble metal catalyst. The catalytic reaction involving precious metals is of great significance for chemical industry. As an important catalytic material, rhodium has been widely used in petrochemical, pharmaceutical chemical, fine chemical and environmental protection. It shows excellent activity for catalytic hydrogenation, hydrosilylation, olefin hydroformylation, olefin isomerization and carbonylation.
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