Technical Resources

Alkali Metals (Encapsulated & Stabilized) for Birch Reductions and Other Dissolving Metal Reductions - Sold in collaboration with SiGNa.

11-1005, 11-1010, 11-1020

Air-stable, Non-pyrophoric Phosphine Ligand Precursors

BASF Products sold in collaboration with Strem

For application focused products please see our Product Literature Sheets and Kits or click the links below. The same information may be obtained by entering the Strem product or kit number in the search box. This is required if you wish to order on-line.

BASF Heterogeneous Catalysts and Applications Summary

Boronate Esters and Boronic Acids

Boronate Esters and Boronic Acids for Suzuki Coupling

Chemical Vapor Deposition / Atomic Layer Deposition (CVD/ALD) Precursors contained in Swagelok® Cylinders

DuPhos™ and BPE Technology

DuPhos™ and BPE Technology for Asymmetric Catalytic Hydrogenation

Electroless Deposition for the Synthesis of Biometallic Catalysts

Why Biometallic Catalysts?
The field of heterogeneous catalysis has recently turned its attention to the study of bimetallic catalysts because they offer the potential of increased activities and selectivities combined with enhanced stability as compared to their monometallic counterparts. Several families of bimetallic catalysts have been commercialized for use in industrial environmental treatment, chemical synthesis and petroleum refining processes.

Gold AUROlite™ Nanoparticle Catalysts

Strem Catalog 79-0160, 79-0165, 79-0170

Kanata - All Products Available

Kanata Aminodiphosphines, Diamines & Diaminodiphosphines

Kanata Aminophosphines

Kanata Cyclicsulfamidates

Kanata - Phospholane Ligands and Catalysts

Kanata - Ru Catalysts

Kanata - Ru Cations

Metal TMHD Compounds

Many TMHD compounds available.

Metal Triflates

Many metal triflates availabe.

Milstein Catalysts

Milstein Catalysts - 44-0081, 44-0091, 44-0525

Polyisobutyl (PIB) Ligands for Separable Homogeneous Catalysts

Phase-selectively soluble polyisobutyl-bound ligands developed by Professor David Bergbreiter’s group can be used to prepare versions of homogeneous transitional metal complexes and organocatalysts that can be recovered and recycled.