Klübersynth GEM 8-320

Nº de artículo: 012398 Special high-performance gear and multipurpose oil

Klübersynth GEM 8 is a special high-performance gear and multipurpose oil based on semi-synthetic oil satisfying the growing requirements and increasing power density of modern gears.

Klübersynth GEM 8 clearly exceeds CLP requirements according to DIN 51517-3. Corresponding gears can be switched to Klübersynth GEM 8 without prior consultation with the gear manufacturer provided the general application notes are observed.

Klübersynth GEM 8 offers high scuffing load capacity. Gears are sufficiently protected against scuffing even at extremely high peak loads, vibrations or oscillations. The excellent wear protection of both gears and rolling bearings ensures that the service life calculated for the lubricated components is achieved, leading to lower maintenance and repair costs.

Klübersynth GEM 8 offers a much longer service life than mineral oils due to the excellent ageing and oxidation resistance of the selected raw materials; thus service intervals can be extended and maintenance costs reduced. The product's low foaming tendency and anti-corrosive properties enable problem-free gear operation.

The excellent viscosity-temperature behaviour supports the formation of a sufficient lubricant film across a wide service temperature range, even at elevated and high temperatures. Therefore, a single viscosity grade can cover both low and high temperatures in many applications.

The optimised friction behaviour enabled by the carefully selected base oils and additives reduces power losses and improves application efficiency. This leads to lower oil temperatures and reduced energy consumption.

By using Klübersynth GEM 8 you can benefit from a number of advantages that will help you save costs easily and efficiently.

Klübersynth GEM 8-320

Beneficios para su solicitud

  • High scuffing protection

  • Excellent wear protection for gears and rolling bearings

  • Good shear stability for reliable lubricant film formation

  • Excellent ageing and oxidation resistance

  • Low foaming tendency

  • Energy savings due to optimised friction behavior

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