We’re eager to learn more about you and how we can support your goals!
Visit us at STLE 2025 between May 18-22,at Hyatt Regency Hotel, in Atlanta, Georgia, USA. Meet us at our booth 807/809 during the congress.
Abstract: BASF’s Fuel and Lubricant Solutions is committed to developing products that meet the emerging needs of our customers. This session will highlight our industrial additive packages portfolio, which includes Hydraulic (IRGAPAC® H) , Turbine (IRGAPAC® T) and Gear (IRGAPAC® G) packages, with a special focus on our latest innovations. Designed to meet the highest-level OEM approvals, our new premium ashless hydraulic package delivers on performance. It offers superior wear and extreme pressure protection across FZG, Conestoga, and Bosch Rexroth pump tests. Formulated with our customer’s environmental, health, and safety objectives in mind, our new hydraulic package will not impart any hazard labels on the finished fluid at the recommended treat rate. This is one of our latest innovations covered in this presentation. As a leading global supplier of lubricant base stocks and additives, BASF is proud to offer additive package solutions to help you tackle the challenges of today and tomorrow.
Discover BASF’s expanding line of industrial additive packages designed to meet the highest-level OEM requirements
Commercial Marketing Forum
Date: Tuesday, May 20th
Time: 11:20 AM – 11:40 AM
Location: Room-Hanover C
Speakers: Dan Niedzwiecki, Eugene Scanlon
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Emgard® Transportation Lubricants – Lubricant Solutions for a Sustainable Future
Commercial Marketing Forum
Date: Tuesday, May 20th
Time: 4:00 PM – 4:40 PM
Location: Room-Hanover C
Speakers: Michael Barry, Arjun Goyal, Donna Mosher, Philip Ma
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Abstract: BASF's Fuel and Lubricant Solutions is a leader for sustainable high-performance drivetrain lubricants in selected transportation markets. With our leading progressive technologies for EMGARD® transmission and axle lubricants, we establish industry standards for high performance and sustainable lubricants through joint customer developments providing maximum value to all. This session will highlight those advancements in our BASF portfolio while highlighting areas of efficiency, carbon reduction, e-mobility and preparing for a sustainable future.
Abstract: Demand for dielectric fluids in thermal management is rapidly growing, driven by the need for efficient heat dissipation, superior thermal conductivity, and effective electrical insulation properties in various immersion cooling applications. Growing emphasis on energy conservation and sustainability further fuels the market's growth trajectory. Low-viscosity, synthetic ester-based dielectric fluids emerge as a compelling choice, offering customizable options that cater to diverse application requirements. These fluids are characterized by high thermal stability, efficient heat transfer capabilities, and excellent dielectric strength. Synthetic esters have proven to provide exceptional lubricity properties, meeting the required specifications in e-driveline fluids. They exhibit remarkable safety features, with low toxicity and volatility. Further, synthetic ester-based fluids are environmentally friendly, biodegradable, and contribute to overall water and energy consumption reduction.
Synthetic Esters: Meeting efficient and sustainable immersion cooling fluid demands
Commercial Marketing Forum
Date: Wednesday, May 21st
Time: 11:00 AM – 11:20 AM
Location: Room-Hanover C
Speakers: Tracy Gadkari, Jan Strittmatter
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Low Aeration/traction Lubricant Solutions for High-Speed Electric Drivetrain
Technical Talk
Date: Tuesday, May 20th
Time: 11:40 AM – 12:00 PM
Location: Room-Regency VII
Speakers: Philip Ma, Donna Mosher, Chad Steele
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Abstract: The advancement of electric drivetrains has intensified the need for specialized lubricants that optimize performance while ensuring efficiency and longevity. This study investigates the formulation of low high-speed-aeration, low traction lubricants tailored for electric drivetrain systems. These innovative fluids are designed to minimize air entrainment while reducing frictional losses, which is critical for maximizing energy efficiency and ensuring smooth operation. Our experimental results reveal that low high-speed-aeration, low traction lubricants significantly improve heat management, and efficiency, leading to enhanced performance of electric drivetrain. This research underscores the potential of low high-speed-aeration, low traction lubricants as a crucial element in the evolution of electric mobility.