Organic-Compounds/Hydrides/Coordination-Complexes Catalysts TRIZ Cases
- Polyolefin Film Composition With Reverse Comonomer Distribution
Asymmetrical hafnium metallocene catalysts enable polyolefin films with reverse comonomer distribution and better film processability.
- Polymer-Supported Hydrogenation Catalyst for Selective Alkyne Conversion
Aromatic polymer supports strengthen metal bonding to improve alkyne-to-alkene selectivity and resist deactivation across a wide temperature range.
- Polymer-Supported Hydrogenation Catalyst to Suppress Coke Formation
Strong bonding between a polymer support and fine metal particles improves alkyne hydrogenation selectivity while limiting deactivation and coke formation.
- Adamantyl Phosphinimine Group 4 Catalysts for Stable Olefin Copolymerization
Bulky adamantyl phosphinimine ligands stabilize zirconium and hafnium catalyst centers to improve ethylene alpha-olefin copolymerization.
- Thiazolothiazole Photocatalysts for Visible-Light Single-Electron Coupling
Visible-light thiazolothiazole photocatalysts enable single-electron coupling with low catalyst loading, reducing metal catalyst cost and toxicity.
- DMC Catalyst Preparation for Low-Viscosity Polyether Polyols
A mixing-nozzle DMC catalyst process boosts activity, lowers polyol viscosity, and cuts catalyst loading for simpler, lower-cost production.
- Titanium-Ammonium Curing Catalyst for Stable Moisture-Cure Rates
A titanium compound and ammonium hydroxide complex keeps moisture-curable polymer curing fast and stable without tin-related safety concerns.
- Carbon Nanotube Purification via Low-Temperature Metal Carbonyl Removal
Carbon monoxide volatilizes iron catalyst after CO2 oxidation removes amorphous carbon, purifying nanotubes without high-temperature damage.
- Enantioselective c-h amination with iron phthalocyanine and diammonium template catalysts
Supramolecular iron phthalocyanine and chiral diammonium catalysts improve air-stable C-H amination with better site- and enantioselectivity.
- Water-Based Fluorine Resin Coating for High Water Repellency
A water-based fluorine resin paint combines fluorine powder, oil, and titanium dioxide to cut flammability while sustaining water repellency and weather resistance.
- Method for preparing phosphorus-containing ligand
Removing generated HCl during ligand synthesis with porous microsphere catalysts improves selectivity and yield while simplifying filtration and recycling.