Base-Materials TRIZ Cases
- Single-Site Organozirconium Catalyst for Highly Branched Polyolefins
A single-site organozirconium complex mediates olefin oligomerization to produce low molecular weight highly branched polyethylenes.
- Film-Forming Lubrication Composition for Threaded Tubular Connections
A film-forming lubrication composition with a rheoresistant matrix adheres to threaded elements and make-up abutments.
- Glycerin-Based Tri-Block Polyalkylene Glycol for Metalworking Fluids
A water-soluble glycerin-based tri-block polyalkylene glycol reduces surface tension and improves lubricity in aqueous compositions.
- CVT Lubricating Oil Composition for Traction and Low Temperature Fluidity
Naphthene-based synthetic oil blended with longifolene and monoester-based synthetic oil to enhance traction coefficient.
- Transmission Lubricating Oil Composition Viscosity and Fatigue
Specific mineral base oil parameters combined with poly(meth)acrylate improve viscosity temperature characteristics while preventing metal fatigue degradation.
- High Viscosity Polyesters from Alpha-Epoxides for Gear Oil Compatibility
Polyesters synthesized from alpha-epoxides resolve gear oil polarity contradictions, maintaining liquidity while ensuring shear stability.
- Comb Copolymer Viscosity Modifiers for Lubricant Shear Stability
Segmented comb copolymers resolve shear stability trade-offs by maintaining high viscosity index across temperature ranges.
- Comb Copolymer Lubricant Viscosity Stability
Thermoreversible crosslinks in a comb copolymer composition maintain viscosity under high shear stress, preventing irreversible polymer degradation.
- PTFE Dry Lubricant Reduces Friction and Wear
A PTFE dry lubricant composition reduces friction on diverse surfaces.
- Acrylate Copolymer Friction Reducer for Severe Contact Pressure
An acrylate-based copolymer reduces friction in lubricating oils through optimized monomer composition.