About DYNAVIS

DYNAVIS®-formulated hydraulic fluids


DYNAVIS is a technology for formulating hydraulic fluids which optimizes their viscosity. Fluids with constant viscosity ensure greater efficiency and less energy consumption in hydraulic equipment of all kinds.


In hydraulic equipment, fluid viscosity must be high enough to protect the equipment and guarantee pump efficiency. However as fluid moves through the system, it experiences friction and builds heat therefore reducing viscosity.

Formulating according to the DYNAVIS® Performance Standard ensures hydraulic fluids maintain their viscosity over a broad temperature range through elevated viscosity index and high shear stability. In the end, these hydraulic fluids save energy and enhance performance while protecting the equipment.

the result

The investment in hydraulic fluids formulated with DYNAVIS® technology pays for itself in just a short amount of time, especially in extremely demanding applications, while also ensuring lower energy consumption and reduced emissions.

Based on years of intensive R&D and meticulously designed field test trials, hydraulic equipment operating with DYNAVIS® formulated fluids have credibly demonstrated their potential to achieve:

• up to 5-15% more hydraulic power under full-load conditions
• up to 5-15% lower fuel consumption to achieve the same amount of work
• faster response to operator control
• higher flow rate at peak operating temperatures.

TESTS UNDER REAL WORKING CONDITIONS

DYNAVIS Test Image

Hydraulic fluids formulated with DYNAVIS® save energy in every hydraulic application. The stable viscosity over a broad temperature range allows the use of one ISO grade lower. This reduces friction and the higher viscosity index avoids internal leakage. Depending on the specific situation energy savings of up to 5-15% where measured.

About us DYNAVIS test

Our first field test was run in 2005, since then we’ve completed more than 20 performance demonstrations in various diverse conditions. The sequence is an A-B-A fluid pattern with flushing, reference fluid (A), test fluid (B), and again reference fluid (A). Oil quality is analyzed before and after each flush, while a variety of measurement probes and devices track parameters during working like fuel consumption, ambient and oil temperatures, flow rates, etc.