Power Steering Fluid Additive

Idemitsu CVTF Type SB2 is specifically formulated to meet and/or exceed the latest performance and protection requirements of continuously variable transmissions in Subaru vehicles. Idemitsu CVTF Type SB2 is recommended for use where CVTF II is specified. This advanced additive technology formulation provides superior performance in Lineartronic chain and pulley transmissions. Idemitsu CVTF Type SB2 is precisely engineered to ensure: a) Outstanding anti-shudder performance and smooth shifting, b) Excellent resistance to oxidation and thermal breakdown, providing longer fluid life, c) Optimal fuel efficiency by maximizing torque and horsepower, d) Superior cleanliness against sludge and varnish ensuring the transmission stays clean and functions effectively, e) Excellent seal compatibility and conditioning to reduce risk of fluid leaks from seal shrinkage, hardening and/or cracking

1) Maximum Fuel Economy CVTF Type TLS-FE delivers sufficient hydraulic pressure on the belt for accurately shifting diameter in the driver pulley and driven pulley for achieving all-out torque transfer, thereby contributing to maximum fuel economy, 2) Friction Reduction and Torque Transfer CVTF Type TLS-FE maintains optimum distance between the belt and the pulley in meeting the required friction reduction performance to provide seamless torque transfer from the engine to the wheels, 3) Optimum Engine Speed CVTF Type TLS-FE provides superior performance in achieving optimum gear ratio in the CVT to ensure that the most appropriate amount of energy from fuel combustion is used

1) Friction Reduction The size of the oil pump of JATCO CVT 7 and JATCO CVT 8 have been made smaller thanks to the reduction of oil leakage. This, together with the use of a newly developed low-viscosity oil, reduced CVT friction by up to 40 percent and upgraded fuel economy, 2) Seamless Torque Transfer CVTF Type N3 maintains exact lubricant thickness in the belt and gear system in JATCO CVT 7 and maintains precise distance between the steel belt and the pulley in JATCO CVT 8, meeting the required friction reduction performance for continuously adjusting gear ratio to provide seamless torque transfer from the engine to the wheels and enables optimum torque to be maintained for any given power demand, 3) Wide Lockup Range CVTF Type N3 provides superior response and stability for a wide lockup range for quick CVT shift ratios, which enables nearly instantaneous response and a feeling of naturally powerful acceleration, 4) Improved Hydraulic Pressure CVTF Type N3 delivers sufficient hydraulic pressure on the belt to maintain required lateral pressure for shifting diameter in the driver pulley and driven pulley for achieving reliable torque transfer, thereby contributing to improved fuel economy

Lucas Power Steering Stop Leak eliminates hard spots and stops seal leaks. This formula is a blend of special oils and petroleum-extracted additives. It contains no solvents. There are no harmful long term effects. As a matter of fact, it is an excellent preventative maintenance product for new units. If the system is leaking add Lucas Power Steering Stop Leak until leak stops, usually one bottle. Occasionally a second bottle is needed to completely stop some leaks. To eliminate squeals, whines and hard spots (morning sickness) some fluid must be sucked from fluid reservoir usually 6 to 12 ounces depending on severity of problem. Refill reservoir with Lucas Power Steering Stop Leak. Results are immediate and long lasting. Lucas Power Steering Stop Leak is guaranteed to stop seal leaks or your money back.

1) Precisely engineered frictional characteristics guarantee outstanding anti-shudder performance in CVTs equipped with torque converter, 2) Exact frictional properties provide superior performance in demanding, high-torque applications, 3) Provides superior deposit control and protects metal surfaces from rust and corrosion, 4) Advanced anti-wear technology provides maximum protection to belts and pulleys, 5) Precisely engineered formulation provides excellent viscosity control (minimal viscosity loss due to shearing, outstanding low-temperature fluidity, enhanced lubricant film strength at high temperatures)