Did you know that Australia’s lubricants market is projected to reach $4.2 billion by 2033, with synthetic oils driving much of this growth? Modern engines
Viscosity remains the most critical property in lubricant selection, but modern engine requirements have fundamentally changed how we approach viscosity optimization. Australian conditions add another
Did you know that turbocharged engines operate at temperatures exceeding 538°C (1,000°F), creating extreme demands on engine oil that conventional formulations simply can’t handle? These
Today’s internal combustion engines operate under increasingly demanding conditions – higher compression ratios, tighter tolerances, and extended drain intervals. These factors require sophisticated anti-wear additive
Australia collects approximately 350 million litres of waste lubricating oil annually, yet we’re missing a massive circular economy opportunity. Currently, 60% is burned for fuel
Hybrid vehicles create persistent water contamination from frequent start-stop cycles. As hybrid adoption accelerates across Australia and New Zealand, understanding anti-emulsification chemistry becomes essential for
The global transition away from PFAS (per- and polyfluoroalkyl substances) is accelerating rapidly in 2025, with APAC governments strengthening compliance requirements as industries face mounting
Low-Speed Pre-Ignition (LSPI) challenges modern turbocharged direct-injection engines, with magnesium-based additives emerging as a primary defence. As specifications evolve with aged oil testing requirements, understanding
The API SQ specification introduces substantially more stringent testing requirements for high-temperature deposit formation, specifically targeting the extreme conditions experienced in modern turbocharged engines that
Selecting the correct lubricant viscosity is crucial for optimising performance and extending equipment life, yet each sector employs distinct grading systems. Here, we spotlight four