Lubricants & Metalworking Fluids
Maintain consistent performance of lubricants and metalworking fluids under demanding operating conditions.
Performance Across High-Stress Operating Environments
Chemistry for Lubricants & Metalworking Fluids
From industrial lubricants and metalworking fluids to greases, hydraulic systems, and machining operations, additive performance directly affects lubrication, wear protection, fluid stability, and operational reliability. When formulating cutting oils, industrial lubricants, grease systems, or EP additive packages, you need chemistries that maintain consistent performance while supporting evolving regulatory and operational requirements.
Operational Reliability and Fluid Performance Challenges
The Demands of Lubrication Performance
Modern lubricant and metalworking fluid systems require you to balance EP protection, anti-wear performance, fluid stability, compliance, and operational efficiency under increasingly demanding operating conditions.
High-load operating environments place significant stress on additive systems, lubrication films, and long-term equipment protection.
Thermal stress, oxidation, contamination, and continuous operation can negatively affect fluid consistency, longevity, and lubrication performance.
Restrictions affecting chlorinated paraffins, alkylphenols, and other chemistries continue to reshape formulation strategies and additive selection.
Manufacturers must maintain lubrication performance while reducing downtime, extending fluid life, and improving equipment reliability.
Supply variability and cost pressure can require formulation changes that risk disrupting fluid behavior and long-term stability.
Lubricants and metalworking fluids must maintain wear protection, corrosion resistance, and stable performance under severe operating conditions.
Technologies Built for Lubrication Performance
Specialty Additives for Lubricants & Metalworking Fluids
To improve lubrication performance, maintain fluid stability, and support modern manufacturing requirements, you need additive technologies designed for demanding operating environments. Dover offers a broad portfolio of specialty additives developed to help lubricant and metalworking fluid formulators maintain reliable performance across industrial applications.
- Sulfurized EP Additive Technologies: Sulfurized additives provide robust extreme-pressure and anti-wear protection across demanding lubricant and machining applications.
- PIBSA & Derivative Chemistries: PIBSA technologies enable dispersants and multifunctional additive systems for industrial lubricant formulations.
- Alkylphenol Intermediate Technologies: Alkylphenols are used in the manufacture of surfactants, detergents, and specialty lubricant additive systems.
- Chlorinated Paraffin Technologies: Specialty chlorinated paraffins support lubrication performance and wear protection in select industrial applications.
- Thermal & Oxidative Stability Technologies: Additive systems enhance fluid longevity, oxidation resistance, and operational stability at elevated temperatures.
- Regulatory Transition Support Solutions: Technical support helps manufacturers implement compliant alternatives while maintaining lubrication performance and fluid reliability.
Engineered for Demanding Operating Conditions
Built for Modern Lubrication Systems
Lubricants and metalworking fluids must perform under demanding real-world operating conditions every day. When formulating industrial lubricants, cutting fluids, hydraulic systems, greases, or machining fluids, you need chemistries that enhance operational reliability while maintaining lubrication performance, equipment protection, and long-term fluid stability.
Technical Support Beyond Additive Chemistry
The Dover Difference
Modern lubricant and metalworking fluid systems require additive technologies that improve lubrication performance, maintain fluid stability, and support evolving regulatory requirements. Dover helps you meet those demands through specialty additive technologies, practical formulation expertise, reliable technical support, and dependable supply continuity across industrial lubrication applications.
Additives are designed to deliver reliable EP protection, anti-wear performance, and long-term lubrication stability under demanding conditions.
North American manufacturing and a diversified product portfolio help support long-term continuity of material supply.
Technologies help maintain fluid consistency, protect equipment, and ensure operational efficiency in continuous-use environments.
Technical teams support troubleshooting, formulation optimization, and improvements in lubrication performance across industrial applications.
Solutions support evolving regulatory requirements while helping preserve lubrication performance and fluid reliability.
Application teams support metalworking fluids, industrial lubricants, grease systems, hydraulic fluids, and EP additive technologies.
Built for Complex Manufacturing Environments
Applications We Support
Proven Results Across Global Markets
Experience That Supports Your Operation
Years of Experience
Delivering specialty chemical solutions since 1950.
Industries Served
Across plastics, packaging, lubricants, metalworking, oilfield, coatings, adhesives, and other industrial markets.
Active Patents
Granted in 70 countries.
Patent Applications Pending
In 100+ countries, with additional filings expected as applications progress.
Global Technical Support
From formulation development through commercial implementation.