Thickeners TRIZ Cases
- Gear Lubricant Viscosity Stability via Carbon Black
Carbon black additive maintains Brookfield viscosity in mineral base oil gear lubricants, resolving shear stability and cost trade-offs.
- Lithium Thickener Grease Noise Viscosity Trade-off
Modifying the thickener structure balances noise reduction and fluidity without increasing base oil viscosity.
- Grease Composition Using Styrene Block Copolymer for Lubricity
A grease composition incorporates a styrene-based block copolymer to enhance long-term lubricity and water washout resistance.
- Grease with Microthene Polyolefin Particles for Shear Stability
Spherical polyolefin microparticles form an entanglement network that reduces shear thinning and extends work life in heavy machinery.
- Viscosity-Modifying Polymer Lubricant for Electric Motor Cooling
Shear-thinning polymers lower viscosity during flow to enhance heat transfer while maintaining film strength at rest.
- Grease Composition Noise Reduction Low-Temperature Fluidity
Specific base oil blend reduces noise via viscous damping while maintaining low-temperature fluidity.
- Calcium Magnesium Sulfonate Grease Composition and Manufacturing
Replacing volatile converting agents with aqueous systems and magnesium sulfonate reduces manufacturing costs while maintaining high temperature utility.
- Urea Grease Preparation Without Diisocyanates
A process prepares lubricating grease using alternative reagents to form a thickener compound in base oil.
- Motorcycle Lubricant Friction Balance
A lubricating oil composition combines molybdenum dithiocarbamate with ashless organic friction modifiers to manage dual friction requirements.
- Lubricant Composition Fretting Resistance Steel Bearings
Fatty acid metal salts and dithiocarbamates improve steel bearing fretting resistance, eliminating expensive ceramic components.
- Biodegradable Grease for Galvanized Steel Cables
Ester-based grease with calcium soap thickeners maintains zinc layer integrity while delivering lubrication in marine environments.
- Lubricating Oil Composition Using Amine Compound for Wear Reduction
Amine compound in lubricating oil composition reduces cam wear while maintaining Total Base Number without sulfated ash.
- Grease Composition Using Hydrophilic Nanofibers and Organic Bentonite
Hydrophilic nanofibers paired with organic bentonite improve water resistance and prevent oil separation in the grease.
- Diurea Grease Density Matching for Flywheel Oil Bleeding
Matching base oil and diurea compound densities within 50 kg/m³ reduces oil bleeding while maintaining shear stability in dual mass flywheels.
- Mineral Base Oil Oxidation Stability via Composition Control
Optimized base oil composition reduces sludge formation while maintaining anti-wear reliability in high-temperature lubricating systems.
- Grease Composition for On-Vehicle Speed Reducer
Mixed PAO and mineral oil with diurea thickeners balance adhesiveness and low-temperature fluidity in speed reducers.
- Grease Composition Load-Bearing Performance via Molybdenum Compound
A grease composition combines a specific molybdenum compound and sulfurized olefin to enhance lubrication.
- Lubricating Grease Composition for Dual Mass Flywheel Friction Reduction
Polyalkylene glycol grease with lithium complex thickener and dimer acids resists centrifugal forces to extend lubricant lifetime.