Hydraulic fluids are the lifeblood of hydraulic systems in construction and mining equipment. Evonik’s DYNAVIS® technology ensures optimal viscosity over a broader temperature range for maximum power and efficiency. Save energy. Protect valuable equipment. ... MORE
Evonik's Oil Additives specialists have developed tools to aid in the calculation of blending efficiency, viscosity index, base oil mixtures, CCS viscosity, and gear oil formulations. Click here to learn more. ... MORE
At Oil Additives, sustainability is the central theme of our purpose – Creating possibilities for a sustainable world.
See how we are taking action to drive growth of sustainable lubricants. ... MORE
VISCOPLEX® paraffin inhibitor keeps crude oil flowing no matter the temperature. Reduce wax buildup inside your pipes and move crude using less power with Evonik’s environmentally friendly solution for improved viscosity. Go green and go with the flow. ... MORE
Evonik's Oil Additives global organization continuously innovates to contribute to a growing portfolio of energy-efficient and environmentally-friendly formulation solutions. ... MORE
Industrial gear oils are transformed with Evonik’s NUFLUX™ technology. Geared for higher performance with lower formulation cost, Evonik additive technology provides a premium solution backed up by OEM approvals, industry standards and performance tests. ... MORE
Motivated by higher fuel efficiency and emissions standards, DRIVON™ automotive lubrication technology reduces fuel consumption by 3–4 percent across the powertrain. Fuel savings are right in front of you. ... MORE
The drive to reduce energy consumption and extend lubricant service life requires proactive innovative solutions. Proven solutions from Evonik boost efficiency to meet customer requirements. Learn more about Evonik’s tailor-made solutions that boost efficiency and productivity. ... MORE
Lubricants are prone to flow issues when they’re cold. VISCOPLEX® Pour Point Depressants (PPD) from Evonik control wax crystallization, ensuring pumpability, optimal lubricant performance and formulation compatibility. ... MORE
