Additives TRIZ Cases
- Ashless Lubricant Composition for Engine Antiwear and Corrosion Control
Replacing phosphorus additives with ashless friction modifiers and corrosion inhibitors improves fuel economy while protecting copper components.
- Calcium Hydroxyapatite Grease Thickener Yield
Calcium hydroxyapatite reinforces overbased calcium sulfonate grease matrices to boost thickener yield and high temperature utility.
- Low Sulfur Marine Engine Oil Composition for Oxidative Stability
A low base number lubricating oil composition using specific detergent packages to maintain viscosity and detergency in trunk piston engines.
- Marine Engine Lubricant Asphaltene Control via Succinic Anhydride
A marine engine lubricant uses a succinic anhydride additive to inhibit asphaltene precipitation in heavy fuel oil applications.
- Overbased Alkaline Earth Metal Alkylhydroxybenzoates Sediment Reduction
Optimized overbasing with C1-C4 carboxylic acid minimizes crude sediment in alkaline earth metal alkylhydroxybenzoates, improving product yield.
- Polyester Dispersants for Diesel Engine Soot Control
A polyester composition enhances soot dispersion in lubricating oils through specific molecular synthesis.
- Lubricant Composition for Coated Sliding Members
A lubricating oil composition with controlled sulfur content reduces friction and wear on sliding members.
- Calcium Detergent Formulation for Boosted Engine LSPI Reduction
Precise calcium concentration control suppresses low-speed pre-ignition events while maintaining TEOST 33 oxidation stability.
- Shock Absorber Oil with Stilbene Fluorescence and Thermal Stability
Stilbene compounds maintain thermal stability alongside phosphite esters, preventing sludge generation while ensuring reliable wear resistance.
- Shock Absorber Oil Composition for Low-Speed Vibration Damping
A shock absorber oil composition uses phosphate salts, amide compounds, and primary amines to maintain optimal friction coefficients across varying speeds.
- Oxidation-Stable Transmission Lubricant via Phosphite Polymer
Phosphite polymer additives improve oxidation stability in transmission lubricants, reducing spalling under heavy load.
- Tungsten Carbide Lubricating Film for Sliding Wear Resistance
Composite films with tungsten carbide and solid lubricants improve load resistance without complex manufacturing.
- Polyol Ester Lubricant for MEMS Wear and Thermal Stability
Esterification of specific polyols with dicarboxylic acids creates lubricants that resist oxidative degradation while maintaining high viscosity index.
- Lubricant Composition Viscosity Stabilization
Sodium polyphosphate prevents viscosity loss in carboxymethyl cellulose lubricants when exposed to iron, calcium, aluminum, and oxygen.
- Cyclic Sulfate Seal Swell Agents for Synthetic Lubricants
Liquid cyclic sulfates swell elastomeric seals in low-activity Group III oils, eliminating solid raw material handling challenges.
- Overbased Alkylated Hydroxyaromatic Carboxylate Detergent Low Temperature Performance
Alkylation with isomerized alpha olefins reduces sediment content in overbased detergents, improving product yield and low temperature performance.
- Marine Diesel Lubricant Oil Composition with Alkaline Earth Metal Phenol Detergent
A marine diesel lubricating oil composition uses an alkaline earth metal phenol-based detergent to enhance oxidative stability and wear performance.
- Ashless Aminoester Additives for Lubricant Basicity and Seal Compatibility
Organic aminoester additives neutralize acidic byproducts to maintain seal compatibility while adhering to sulfated ash regulations.
- Ashless Ester Additive Pour Point Depression in Lubricants
Ashless organic ester additives depress lubricant pour points, reducing cost and emissions.
- Lubricating Oil Composition for Engine Fuel Efficiency and Wear
A lubricating oil composition blends specific additives to reduce motoring driving torque.