Diisopropyldimethoxysilane. Used as a catalyst additive for manufacture of specific polyolefin grades with advanced Ziegler-Natta catalysts... view more

Bis(n-butylcyclopentadienyl)zirconium dichloride. Used as a catalyst component for olefine polymerization... view more

Bisindenylzirconium dichloride... view more

Biscyclopentadienylzirconium dichloride... view more

rac-1,2-Ethylenebis(indenyl)zirconiumdichloride. Used as a catalyst component for olefine polymerization... view more

Dimethylsilyl-bis(1H-inden-1-yl)zirconium dichloride... view more

Aluminoxane. Used as a catalyst component for olefin-polymerization and oligomerization... view more

Aluminoxane. Used as a catalyst component for olefin-polymerization and oligomerization... view more

Butylethylmagnesium 20% in heptane. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins. It... view more

Butyloctylmagnesium 20% in heptane. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins. It... view more

AXION® CB 2300 by Chemtura is triethylboron. Acts as a catalyst component for chromium-based polyolefin polymerization processes. It is supplied undiluted in a neat form as a liquid or as a solution... view more

Diethylzinc. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins... view more

AXION® PA 1300 by Chemtura is trimethylaluminum. Acts as a catalyst component for polyolefin polymerization processes. It is supplied undiluted or as a solution in any concentration as agreed with... view more

AXION® PA 4300 by Chemtura is triisobutylaluminum. Acts as a catalyst component for the production of polyolefins and synthetic rubber with Ziegler-Natta-catalysts. It is supplied undiluted, or as a... view more

Tributylaluminum. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and synthetic... view more

Triethylaluminum. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and synthetic... view more

Trihexylaluminum. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and synthetic... view more

Tetraisobutyldialuminoxane 30% in cyclohexane. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of... view more

Trioctylaluminum. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and synthetic... view more

Isobutylisopropyldimethoxysilane. Used as a catalyst additive for manufacture of specific polyolefin grades with advanced Ziegler-Natta catalysts... view more

Diisobutyldimethoxysilane. Used as a catalyst additive for manufacture of specific polyolefin grades with advanced Ziegler-Natta catalysts... view more

Cyclohexyl methyldimethoxysilane. Used as a catalyst additive for manufacture of specific polyolefin grades with advanced Ziegler-Natta catalysts... view more

Methylaluminoxane 10% in toluene. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins... view more

Methylaluminoxane 10% in toluene. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins... view more

Methylaluminoxane 20% in toluene. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins... view more

Methylaluminoxane 30% in toluene. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins... view more

Diethylaluminum chloride. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and synthetic... view more

Diethylaluminum ethoxide. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and synthetic... view more

Diisobutylaluminum chloride. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and... view more

Diisobutylaluminum hydride. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and... view more

Dimethylaluminum chloride. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and... view more

Ethylaluminum dichloride. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and synthetic... view more

Ethylaluminum sesquichloride. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and... view more

Isobutylaluminum dichloride. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and... view more

Isoprenylaluminum 80% in hexane. Acts as a catalyst. Possesses at least one-carbon-metal bond and exhibits high viscosity. Provides alkylating, reducing and lewis-acid properties. Suitable for... view more

Methylaluminum sesquichloride. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins and... view more

Triethylboron. Acts as a catalyst. Possesses at least one-carbon-metal bond. Provides alkylating, reducing and lewis-acid properties. Suitable for manufacture of polyolefins... view more