constraints. Emerging synthetic additive technologies are being developed with these combined requirements in mind.
The shifting competitive landscape Reformulating metal protection fluids is no longer solely a compliance exercise. As sustainability expectations extend deeper into industrial supply chains, additive selection has become a strategic consideration with direct commercial implications.
Certificate of
End users, from automotive OEMs to precision engineering manufacturers, are increasingly assessing not only corrosion performance, but the environmental and operational footprint of the fluids used throughout their value chains. Formulators that can demonstrate robust protection alongside
reduced energy use, lower VOC exposure and broad formulation flexibility are better positioned to meet evolving specifications.
For more details visit
www.ukla.org.uk/training
Lubricant Competence 2026
lubrizol.com
A comprehensive lubricant training programme devised, developed and delivered by leading industry experts.
For more details visit
www.ukla.org.uk/training
Lubricant Competence 2026 Certificate of
A comprehensive lubricant training programme devised, developed and delivered by leading industry experts.
Modules include: 0 Introductory Module 1 Base Oil Types & Characteristics 2 Basic Tribology 3 Lubricant Additives 4 Health, Safety, Environment & Sustainability
Modules include: 0 Introductory Module 1 Base Oil Types & Characteristics 2 Basic Tribology 3 Lubricant Additives 4 Health, Safety, Environment & Sustainability 5 Refining & Exploration 6 Metalworking Fluids 7 Industrial Lubricants 8 Automotive Lubricants 9 Greases 10 Certification Session
ATTEND 9 MODULES AND THE FINAL CERTIFICATION SESSION IS FREE
ATTEND 9 MODULES AND THE FINAL CERTIFICATION SESSION IS FREE
5 Refining & Exploration 6 Metalworking Fluids 7 Industrial Lubricants 8 Automotive Lubricants 9 Greases 10 Certification Session
Ultimately, the most sustainable metalworking fluid is one that delivers extended performance life and avoids premature replacement. That performance depends fundamentally on the additive chemistry at its core. As legacy technologies encounter structural limitations, synthetic thin-film rust-preventive additives offer a technically viable and increasingly attractive pathway for formulators navigating the next phase of industry evolution.
16
LUBE MAGAZINE NO.193 JUNE 2026
UPDATED FOR 2026! DEVISED, DEVELOPED AND
DELIVERED BY INDUSTRY PROFESSIONALS
DEVISED, DEVELOPED AND DELIVERED BY INDUSTRY PROFESSIONALS FOR 2026
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