Gear Solutions

Wear, Friction & Seal Support

Common Gear System Challenges

Gear systems operate under continuous load, friction, heat, vibration, and demanding contact pressure between moving components. Over time, these conditions can reduce lubricant performance, increase wear on gear teeth and bearings, and lead to efficiency loss, operational instability, or unplanned maintenance.

Friction & Wear

Continuous load and contact pressure can increase wear on gear teeth, bearings, and loaded surfaces.

Heat & Oil Stress

High temperatures and demanding duty cycles can reduce lubricant stability and protection.

Vibration & Surface Fatigue

Repeated mechanical stress may affect surface condition, noise levels, and long-term component life.

Unplanned Maintenance

Wear, heat, vibration, and lubrication issues can create pressure for early intervention or downtime.

Gear Technical Insight

Learn more about the solution structure, product selection
logic, and application factors behind our Gear range.

Typical Gear Applications

Gear Guard and Gear Seal products can be considered for selected mineral oil-based gear and transmission systems where friction, wear, heat, leakage, vibration, or reduced lubricant performance are key concerns.

Typical applications include:

- Industrial gearboxes

- Marine gear systems

- Bearings and loaded contact surfaces

- Gear teeth and transmission components

- Drive units and rotating equipment

    Operating Conditions

    Gear systems operate under demanding load, torque, heat, and continuous contact pressure between moving components. These conditions can affect oil film stability, surface protection, and long-term gearbox reliability.

    Key operating factors include:

    - Continuous load and torque transfer

    - High contact pressure between gear teeth

    - Heat generation during operation

    - Vibration, shock loads, and mechanical stress

    - Oil film stress, contamination risk, and lubricant degradation

    Why it matters:
    Over time, these conditions may contribute to increased friction, gear tooth wear, bearing stress, oil degradation, vibration, noise, and reduced reliability of the gear system.

    Solution Range Structure

    The Gear range is structured from preventive protection to stronger sealing and performance support for demanding gear system conditions.

    The range is built around four application levels:

    Gear Guard — preventive protection for stable gear systems
    Gear Seal Core — standard support for smaller leakage cases or early performance deviations
    Gear Seal Plus — reinforced support for moderate leakage, wear, vibration, or demanding operating conditions
    Gear Seal Max — maximum support for severe leakage cases or critical gear system conditions

    Why it matters:
    This structure helps operators identify a relevant starting point based on gear system condition, leakage behaviour, wear level, vibration, oil condition, and operating demands.

    Product Selection Factors

    The right product depends on the actual gear system, oil condition, and operating situation.

    Typical selection factors include:

    - Leakage behaviour and development over time

    - Gear oil volume

    - Oil type and viscosity currently in use

    - Gear tooth, bearing, and seal condition

    - Load, vibration, temperature, and operating profile

    - Filtration setup and contamination level

    - Service objective before the next maintenance window

    Why it matters:
    These factors help determine whether the focus should be preventive protection, standard leakage support, or stronger gear system support for demanding operating conditions.

    Application Review

    Before application, the gear system should be reviewed to ensure the correct product selection and quantity.

    Typical review points include:

    - Gear oil volume

    - Current leakage level

    - Oil type and viscosity

    - Gear tooth, bearing, and seal condition

    - Load, vibration, and temperature profile

    - Filtration setup and oil cleanliness

    Why it matters:
    A technical review helps reduce application risk and ensures the selected Gear product is matched to the actual gear system condition, oil environment, and operating demands.

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