gpd chemicals are designed to meet OE specifications and standards. Using the correct chemical for your application will ensure proper function. gpd recommends properly flushing all chemicals from the A/C system before recharging.
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gpd chemicals are designed to meet OE specifications and standards. Using the correct chemical for your application will ensure proper function. gpd recommends properly flushing all chemicals from the A/C system before recharging.
gpd chemicals are designed to meet OE specifications and standards. Using the correct chemical for your application will ensure proper function. gpd recommends properly flushing all chemicals from the A/C system before recharging.
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gpd chemicals are designed to meet OE specifications and standards. Using the correct chemical for your application will ensure proper function. gpd recommends properly flushing all chemicals from the A/C system before recharging.
8 oz High Viscosity-150; Meets or exceeds OEM specifications; Provides superior protection against compressor wear; Contains ICE32 premium lubricant enhancer for ultimate performance & friction reduction
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8 oz High Viscosity-150; Meets or exceeds OEM specifications; Provides superior protection against compressor wear; Contains ICE32 premium lubricant enhancer for ultimate performance & friction reduction
8 oz High Viscosity-150; Meets or exceeds OEM specifications; Provides superior protection against compressor wear; Contains ICE32 premium lubricant enhancer for ultimate performance & friction reduction
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8 oz High Viscosity-150; Meets or exceeds OEM specifications; Provides superior protection against compressor wear; Contains ICE32 premium lubricant enhancer for ultimate performance & friction reduction
1) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 2) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 3) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 4) Advanced anti-wear technology provides maximum protection to gears and bearings, 5) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking
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1) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 2) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 3) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 4) Advanced anti-wear technology provides maximum protection to gears and bearings, 5) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking
1) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 2) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 3) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 4) Advanced anti-wear technology provides maximum protection to gears and bearings, 5) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking
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1) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 2) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 3) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 4) Advanced anti-wear technology provides maximum protection to gears and bearings, 5) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and 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
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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) 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
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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
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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
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
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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
Recommended for the latest Ford and GM Transmission Technology
Recommended for the latest Ford and GM Transmission Technology
Valvoline ULV is a full synthetic, ultra low viscosity transmission fluid specifically engineered for high speed automatic transmissions. Formulated to meet the performance requirements of the latest 9 & 10 speed transmission designs, including the Ford/GM 10R80 found in select Ford F-150 and Raptor trucks.
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Valvoline ULV is a full synthetic, ultra low viscosity transmission fluid specifically engineered for high speed automatic transmissions. Formulated to meet the performance requirements of the latest 9 & 10 speed transmission designs, including the Ford/GM 10R80 found in select Ford F-150 and Raptor trucks.
Recommended for the latest Ford and GM Transmission Technology
Recommended for the latest Ford and GM Transmission Technology
Valvoline ULV is a full synthetic, ultra low viscosity transmission fluid specifically engineered for high speed automatic transmissions. Formulated to meet the performance requirements of the latest 9 & 10 speed transmission designs, including the Ford/GM 10R80 found in select Ford F-150 and Raptor trucks.
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Valvoline ULV is a full synthetic, ultra low viscosity transmission fluid specifically engineered for high speed automatic transmissions. Formulated to meet the performance requirements of the latest 9 & 10 speed transmission designs, including the Ford/GM 10R80 found in select Ford F-150 and Raptor trucks.
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)
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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)
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)
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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)
Recommended for use in all GM or Ford vehicles that require DEXRON-VI/MERCON LV
Recommended for use in all GM or Ford vehicles that require DEXRON-VI/MERCON LV
Valvoline DEXRON-VI/MERCON LV ATF is a full-synthetic transmission fluid formulated with advanced additive technology to meet and exceed the requirements of the General Motors DEXRON-VI specification. It is officially licensed and approved by GM and is fully back-serviceable and can be used wherever DEXRON-II and/or DEXRON-III are recommended. Recommended for use in the following applications: DEXRON-VI, DEXRON-III, DEXRON-II, and Allison C-4.
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Valvoline DEXRON-VI/MERCON LV ATF is a full-synthetic transmission fluid formulated with advanced additive technology to meet and exceed the requirements of the General Motors DEXRON-VI specification. It is officially licensed and approved by GM and is fully back-serviceable and can be used wherever DEXRON-II and/or DEXRON-III are recommended. Recommended for use in the following applications: DEXRON-VI, DEXRON-III, DEXRON-II, and Allison C-4.
Recommended for use in all GM or Ford vehicles that require DEXRON-VI/MERCON LV
Recommended for use in all GM or Ford vehicles that require DEXRON-VI/MERCON LV
Valvoline DEXRON-VI/MERCON LV ATF is a full-synthetic transmission fluid formulated with advanced additive technology to meet and exceed the requirements of the General Motors DEXRON-VI specification. It is officially licensed and approved by GM and is fully back-serviceable and can be used wherever DEXRON-II and/or DEXRON-III are recommended. Recommended for use in the following applications: DEXRON-VI, DEXRON-III, DEXRON-II, and Allison C-4.
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Valvoline DEXRON-VI/MERCON LV ATF is a full-synthetic transmission fluid formulated with advanced additive technology to meet and exceed the requirements of the General Motors DEXRON-VI specification. It is officially licensed and approved by GM and is fully back-serviceable and can be used wherever DEXRON-II and/or DEXRON-III are recommended. Recommended for use in the following applications: DEXRON-VI, DEXRON-III, DEXRON-II, and Allison C-4.
Recommended for use where DEXRON-III or a MERCON fluid is specified
Recommended for use where DEXRON-III or a MERCON fluid is specified
Valvoline DEX/MERC ATF is a high-quality transmission fluid formulated to meet the challenging demands of many automatic transmissions. Its responsive low-temperature fluidity is beneficial in both electronic and hydraulic controlled transmissions and transaxles. Recommended for use in the following applications: MERCON, DEXRON-III, Ford M2C138-CJ and M2C166-H, Allison C-4 and TES-389, and Caterpillar TO-2.
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Valvoline DEX/MERC ATF is a high-quality transmission fluid formulated to meet the challenging demands of many automatic transmissions. Its responsive low-temperature fluidity is beneficial in both electronic and hydraulic controlled transmissions and transaxles. Recommended for use in the following applications: MERCON, DEXRON-III, Ford M2C138-CJ and M2C166-H, Allison C-4 and TES-389, and Caterpillar TO-2.
Recommended for use where DEXRON-III or a MERCON fluid is specified
Recommended for use where DEXRON-III or a MERCON fluid is specified
Valvoline DEX/MERC ATF is a high-quality transmission fluid formulated to meet the challenging demands of many automatic transmissions. Its responsive low-temperature fluidity is beneficial in both electronic and hydraulic controlled transmissions and transaxles. Recommended for use in the following applications: MERCON, DEXRON-III, Ford M2C138-CJ and M2C166-H, Allison C-4 and TES-389, and Caterpillar TO-2.
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Valvoline DEX/MERC ATF is a high-quality transmission fluid formulated to meet the challenging demands of many automatic transmissions. Its responsive low-temperature fluidity is beneficial in both electronic and hydraulic controlled transmissions and transaxles. Recommended for use in the following applications: MERCON, DEXRON-III, Ford M2C138-CJ and M2C166-H, Allison C-4 and TES-389, and Caterpillar TO-2.
Recommended for most Toyotas, Nissans & Hondas with Automatic Transmissions
Recommended for most Toyotas, Nissans & Hondas with Automatic Transmissions
Valvoline Import Multi-Vehicle Automatic Transmission Fluid is specifically formulated for use in most Toyota, Nissan, Honda and other imported vehicles. It is formulated with all synthetic base stocks and a proprietary additive system to ensure optimal transmission performance in a wide variety of vehicles. Valvoline Import Multi-Vehicle ATF can also be used in many domestic vehicles. It meets requirements of General Motors and Ford vehicles. Recommended for use in the following applications: Ford MERCON, GM DEXRON-II and DEXRON-III, BMW LT 71141 and ETL-7045E, Nissan/Infiniti Nissan ATF, Matic-D, Matic-K and Matic-J, Mitsubishi Diamond SP-II and SP-III, Subaru ATF-HP, Hyundai/ KIA SP-II and SP-III, Toyota/Lexus Type T, T-III and T-IV, Honda/Acura ATF-Z1 (except in CVTs), Mercedes Benz NAG1, Volvo passenger car (except AW-1), and Volkswagen/Audi TL52162. For CVT applications Valvoline recommends Valvoline Full Synthetic CVT Fluid.
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Valvoline Import Multi-Vehicle Automatic Transmission Fluid is specifically formulated for use in most Toyota, Nissan, Honda and other imported vehicles. It is formulated with all synthetic base stocks and a proprietary additive system to ensure optimal transmission performance in a wide variety of vehicles. Valvoline Import Multi-Vehicle ATF can also be used in many domestic vehicles. It meets requirements of General Motors and Ford vehicles. Recommended for use in the following applications: Ford MERCON, GM DEXRON-II and DEXRON-III, BMW LT 71141 and ETL-7045E, Nissan/Infiniti Nissan ATF, Matic-D, Matic-K and Matic-J, Mitsubishi Diamond SP-II and SP-III, Subaru ATF-HP, Hyundai/ KIA SP-II and SP-III, Toyota/Lexus Type T, T-III and T-IV, Honda/Acura ATF-Z1 (except in CVTs), Mercedes Benz NAG1, Volvo passenger car (except AW-1), and Volkswagen/Audi TL52162. For CVT applications Valvoline recommends Valvoline Full Synthetic CVT Fluid.
Recommended for most Toyotas, Nissans & Hondas with Automatic Transmissions
Recommended for most Toyotas, Nissans & Hondas with Automatic Transmissions
Valvoline Import Multi-Vehicle Automatic Transmission Fluid is specifically formulated for use in most Toyota, Nissan, Honda and other imported vehicles. It is formulated with all synthetic base stocks and a proprietary additive system to ensure optimal transmission performance in a wide variety of vehicles. Valvoline Import Multi-Vehicle ATF can also be used in many domestic vehicles. It meets requirements of General Motors and Ford vehicles. Recommended for use in the following applications: Ford MERCON, GM DEXRON-II and DEXRON-III, BMW LT 71141 and ETL-7045E, Nissan/Infiniti Nissan ATF, Matic-D, Matic-K and Matic-J, Mitsubishi Diamond SP-II and SP-III, Subaru ATF-HP, Hyundai/ KIA SP-II and SP-III, Toyota/Lexus Type T, T-III and T-IV, Honda/Acura ATF-Z1 (except in CVTs), Mercedes Benz NAG1, Volvo passenger car (except AW-1), and Volkswagen/Audi TL52162. For CVT applications Valvoline recommends Valvoline Full Synthetic CVT Fluid.
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Valvoline Import Multi-Vehicle Automatic Transmission Fluid is specifically formulated for use in most Toyota, Nissan, Honda and other imported vehicles. It is formulated with all synthetic base stocks and a proprietary additive system to ensure optimal transmission performance in a wide variety of vehicles. Valvoline Import Multi-Vehicle ATF can also be used in many domestic vehicles. It meets requirements of General Motors and Ford vehicles. Recommended for use in the following applications: Ford MERCON, GM DEXRON-II and DEXRON-III, BMW LT 71141 and ETL-7045E, Nissan/Infiniti Nissan ATF, Matic-D, Matic-K and Matic-J, Mitsubishi Diamond SP-II and SP-III, Subaru ATF-HP, Hyundai/ KIA SP-II and SP-III, Toyota/Lexus Type T, T-III and T-IV, Honda/Acura ATF-Z1 (except in CVTs), Mercedes Benz NAG1, Volvo passenger car (except AW-1), and Volkswagen/Audi TL52162. For CVT applications Valvoline recommends Valvoline Full Synthetic CVT Fluid.
Recommended for use in most Ford, Lincoln and Mercury vehicles
Recommended for use in most Ford, Lincoln and Mercury vehicles
Valvoline ATF for MERCON V Applications is a high-quality transmission fluid meeting and exceeding the requirements of the Ford Mercon V specification which covers most Ford passenger cars and light-duty trucks (except those specifying MERCON SP, MERCON LV, MERCON ULV or Type F fluids), including Lincoln and Mercury, as well as most pre-2006 GM vehicles and many imports. Recommended for use in the following applications: MERCON V, MERCON, DEXRON-III, DEXRON-II, Caterpillar TO-2, Allison C-4. Other applications include Power steering fluid where a DEXRON or MERCON fluid is recommended. Suitable to use in Nissan Matic D, Matic J and Matic K.
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Valvoline ATF for MERCON V Applications is a high-quality transmission fluid meeting and exceeding the requirements of the Ford Mercon V specification which covers most Ford passenger cars and light-duty trucks (except those specifying MERCON SP, MERCON LV, MERCON ULV or Type F fluids), including Lincoln and Mercury, as well as most pre-2006 GM vehicles and many imports. Recommended for use in the following applications: MERCON V, MERCON, DEXRON-III, DEXRON-II, Caterpillar TO-2, Allison C-4. Other applications include Power steering fluid where a DEXRON or MERCON fluid is recommended. Suitable to use in Nissan Matic D, Matic J and Matic K.
Recommended for use in most Ford, Lincoln and Mercury vehicles
Recommended for use in most Ford, Lincoln and Mercury vehicles
Valvoline ATF for MERCON V Applications is a high-quality transmission fluid meeting and exceeding the requirements of the Ford Mercon V specification which covers most Ford passenger cars and light-duty trucks (except those specifying MERCON SP, MERCON LV, MERCON ULV or Type F fluids), including Lincoln and Mercury, as well as most pre-2006 GM vehicles and many imports. Recommended for use in the following applications: MERCON V, MERCON, DEXRON-III, DEXRON-II, Caterpillar TO-2, Allison C-4. Other applications include Power steering fluid where a DEXRON or MERCON fluid is recommended. Suitable to use in Nissan Matic D, Matic J and Matic K.
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Valvoline ATF for MERCON V Applications is a high-quality transmission fluid meeting and exceeding the requirements of the Ford Mercon V specification which covers most Ford passenger cars and light-duty trucks (except those specifying MERCON SP, MERCON LV, MERCON ULV or Type F fluids), including Lincoln and Mercury, as well as most pre-2006 GM vehicles and many imports. Recommended for use in the following applications: MERCON V, MERCON, DEXRON-III, DEXRON-II, Caterpillar TO-2, Allison C-4. Other applications include Power steering fluid where a DEXRON or MERCON fluid is recommended. Suitable to use in Nissan Matic D, Matic J and Matic K.
Recommended for use in most belt and chain-driven CVTs
Recommended for use in most belt and chain-driven CVTs
Valvoline CVT fluid is designed for today's technologically advanced variable transmissions. It is formulated with full-synthetic, premium base oils, long-life friction modifiers, unique anti-wear additives and shear stable viscosity modifiers that help prevent oil film breakdown. Recommended for use in the following CVT applications: Audi and VW (TL 52180 G 052 180), Ford (CVT30/Mercon C), Subaru (Lineartronic CVTF), Honda (HMMF), Nissan (NS-2 and NS-3), Mitsubishi (CVTF-J1/SP-III), BMW Mini Cooper EZL 799), Hyundai and Kia (SP-III), Suzuki (TC/NS-2/CVT Green1), Dodge, Jeep (NS-2/CVTF+4), GM Saturn (DEX-CVT), Ford (CVT23), and Mercedes Benz (236.20).
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Valvoline CVT fluid is designed for today's technologically advanced variable transmissions. It is formulated with full-synthetic, premium base oils, long-life friction modifiers, unique anti-wear additives and shear stable viscosity modifiers that help prevent oil film breakdown. Recommended for use in the following CVT applications: Audi and VW (TL 52180 G 052 180), Ford (CVT30/Mercon C), Subaru (Lineartronic CVTF), Honda (HMMF), Nissan (NS-2 and NS-3), Mitsubishi (CVTF-J1/SP-III), BMW Mini Cooper EZL 799), Hyundai and Kia (SP-III), Suzuki (TC/NS-2/CVT Green1), Dodge, Jeep (NS-2/CVTF+4), GM Saturn (DEX-CVT), Ford (CVT23), and Mercedes Benz (236.20).
Recommended for use in most belt and chain-driven CVTs
Recommended for use in most belt and chain-driven CVTs
Valvoline CVT fluid is designed for today's technologically advanced variable transmissions. It is formulated with full-synthetic, premium base oils, long-life friction modifiers, unique anti-wear additives and shear stable viscosity modifiers that help prevent oil film breakdown. Recommended for use in the following CVT applications: Audi and VW (TL 52180 G 052 180), Ford (CVT30/Mercon C), Subaru (Lineartronic CVTF), Honda (HMMF), Nissan (NS-2 and NS-3), Mitsubishi (CVTF-J1/SP-III), BMW Mini Cooper EZL 799), Hyundai and Kia (SP-III), Suzuki (TC/NS-2/CVT Green1), Dodge, Jeep (NS-2/CVTF+4), GM Saturn (DEX-CVT), Ford (CVT23), and Mercedes Benz (236.20).
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Valvoline CVT fluid is designed for today's technologically advanced variable transmissions. It is formulated with full-synthetic, premium base oils, long-life friction modifiers, unique anti-wear additives and shear stable viscosity modifiers that help prevent oil film breakdown. Recommended for use in the following CVT applications: Audi and VW (TL 52180 G 052 180), Ford (CVT30/Mercon C), Subaru (Lineartronic CVTF), Honda (HMMF), Nissan (NS-2 and NS-3), Mitsubishi (CVTF-J1/SP-III), BMW Mini Cooper EZL 799), Hyundai and Kia (SP-III), Suzuki (TC/NS-2/CVT Green1), Dodge, Jeep (NS-2/CVTF+4), GM Saturn (DEX-CVT), Ford (CVT23), and Mercedes Benz (236.20).
Licensed and approved for all ATF+4 applications including Chrysler, Dodge & Ram
Licensed and approved for all ATF+4 applications including Chrysler, Dodge & Ram
Valvoline ATF+4 is a full-synthetic transmission fluid specifically engineered to protect and prolong the life of (FCA) Fiat Chrysler automatic transmissions. It is officially licensed and approved by FCA and is fully back-serviceable and can be used wherever ATF+3, ATF+2 or ATF+ is specified. Recommended for use in the following applications: Mopar ATF+ MS 7176, ATF+2 MS 7176, ATF+3 and ATF+4.
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Valvoline ATF+4 is a full-synthetic transmission fluid specifically engineered to protect and prolong the life of (FCA) Fiat Chrysler automatic transmissions. It is officially licensed and approved by FCA and is fully back-serviceable and can be used wherever ATF+3, ATF+2 or ATF+ is specified. Recommended for use in the following applications: Mopar ATF+ MS 7176, ATF+2 MS 7176, ATF+3 and ATF+4.
Licensed and approved for all ATF+4 applications including Chrysler, Dodge & Ram
Licensed and approved for all ATF+4 applications including Chrysler, Dodge & Ram
Valvoline ATF+4 is a full-synthetic transmission fluid specifically engineered to protect and prolong the life of (FCA) Fiat Chrysler automatic transmissions. It is officially licensed and approved by FCA and is fully back-serviceable and can be used wherever ATF+3, ATF+2 or ATF+ is specified. Recommended for use in the following applications: Mopar ATF+ MS 7176, ATF+2 MS 7176, ATF+3 and ATF+4.
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Valvoline ATF+4 is a full-synthetic transmission fluid specifically engineered to protect and prolong the life of (FCA) Fiat Chrysler automatic transmissions. It is officially licensed and approved by FCA and is fully back-serviceable and can be used wherever ATF+3, ATF+2 or ATF+ is specified. Recommended for use in the following applications: Mopar ATF+ MS 7176, ATF+2 MS 7176, ATF+3 and ATF+4.
Approved for use in 1980 and earlier Ford, Lincoln and Mercury vehicles
Approved for use in 1980 and earlier Ford, Lincoln and Mercury vehicles
Valvoline Type F is a high-quality transmission fluid specifically engineered to protect and prolong the life of automatic transmissions. Recommended for use in the following applications: Ford specifications M2C33-F, M2C33-G and where Ford Type F fluids are recommended. Other applications include air compressors, general purpose hydraulics and power steering system.
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Valvoline Type F is a high-quality transmission fluid specifically engineered to protect and prolong the life of automatic transmissions. Recommended for use in the following applications: Ford specifications M2C33-F, M2C33-G and where Ford Type F fluids are recommended. Other applications include air compressors, general purpose hydraulics and power steering system.
Approved for use in 1980 and earlier Ford, Lincoln and Mercury vehicles
Approved for use in 1980 and earlier Ford, Lincoln and Mercury vehicles
Valvoline Type F is a high-quality transmission fluid specifically engineered to protect and prolong the life of automatic transmissions. Recommended for use in the following applications: Ford specifications M2C33-F, M2C33-G and where Ford Type F fluids are recommended. Other applications include air compressors, general purpose hydraulics and power steering system.
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Valvoline Type F is a high-quality transmission fluid specifically engineered to protect and prolong the life of automatic transmissions. Recommended for use in the following applications: Ford specifications M2C33-F, M2C33-G and where Ford Type F fluids are recommended. Other applications include air compressors, general purpose hydraulics and power steering system.
1) Engineered to provide enhanced fuel economy and superior low-temperature flow properties, 2) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 3) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 4) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 5) Advanced anti-wear technology provides maximum protection to gears and bearings, 6) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking
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1) Engineered to provide enhanced fuel economy and superior low-temperature flow properties, 2) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 3) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 4) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 5) Advanced anti-wear technology provides maximum protection to gears and bearings, 6) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking
1) Engineered to provide enhanced fuel economy and superior low-temperature flow properties, 2) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 3) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 4) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 5) Advanced anti-wear technology provides maximum protection to gears and bearings, 6) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking
Show less
keyboard_arrow_up
...
more
1) Engineered to provide enhanced fuel economy and superior low-temperature flow properties, 2) Precisely engineered frictional characteristics guarantee smooth shifting and outstanding anti-shudder performance, 3) Excellent resistance to oxidation and thermal breakdown provides long fluid life and extended protection, 4) Provides superior cleanliness, keeping the transmission free of sludge and varnish deposits, 5) Advanced anti-wear technology provides maximum protection to gears and bearings, 6) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking
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To find out more about the cookies we use, see our Privacy Policy.