• New generation

    New generation ice-philic technology

    Silica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions. Silica particles are evenly distributed to prevent the rubber compound Silica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions. Silica particles are evenly distributed to prevent the rubber compound Silica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions. Silica particles are evenly distributed to prevent the rubber compound Silica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions. Silica particles are evenly distributed to prevent the rubber compoundSilica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions. Silica particles are evenly distributed to prevent the rubber compoundSilica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions. Silica particles are evenly distributed to prevent the rubber compound

    New generation ice-philic technology

    Silica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions. Silica particles are evenly distributed to prevent the rubber compound

  • Silica distribution

    Silica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions. Silica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions.

    Silica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions. Silica particles are evenly distributed to prevent the rubber compound becoming stiff in cold conditions.