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).
Lucas TB Zinc-Plus Engine Break-In Oil Additive is designed for all who fear the initial break-in period of any new motor, especially if they are running a flat tappet camshaft. After reviewing our customer service requests, we found that many of our customers had requested an additive package that would protect the new or rebuilt hot rod or race motor they have built. The new Lucas Oil TB Zinc-Plus has an additive package that will help seat in the new rings while providing an excellent extreme pressure additive package that will help protect the entire valve train, and of course, the camshaft. We have found through dyno testing that the engines do, in fact, break-in much faster with less blow by, and will require less time on the dyno prior to installing in your hot rod or race car. The new TB Zinc-Plus is also safe for use in any racing situation to increase your extreme pressure additives in any conventional or synthetic motor oil. Remember: Lucas Engine Break-In Oil Additive TB Zinc-Plus protects camshaft lifters and valve train during break-in period of motors. It is excellent for flat tappet camshafts during break-in or as an additive to any motor oil to prevent premature wear. It contains an exclusive blend of extreme pressure additives and is designed for race lications
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Lucas TB Zinc-Plus Engine Break-In Oil Additive is designed for all who fear the initial break-in period of any new motor, especially if they are running a flat tappet camshaft. After reviewing our customer service requests, we found that many of our customers had requested an additive package that would protect the new or rebuilt hot rod or race motor they have built. The new Lucas Oil TB Zinc-Plus has an additive package that will help seat in the new rings while providing an excellent extreme pressure additive package that will help protect the entire valve train, and of course, the camshaft. We have found through dyno testing that the engines do, in fact, break-in much faster with less blow by, and will require less time on the dyno prior to installing in your hot rod or race car. The new TB Zinc-Plus is also safe for use in any racing situation to increase your extreme pressure additives in any conventional or synthetic motor oil. Remember: Lucas Engine Break-In Oil Additive TB Zinc-Plus protects camshaft lifters and valve train during break-in period of motors. It is excellent for flat tappet camshafts during break-in or as an additive to any motor oil to prevent premature wear. It contains an exclusive blend of extreme pressure additives and is designed for race lications
Lucas TB Zinc-Plus Engine Break-In Oil Additive is designed for all who fear the initial break-in period of any new motor, especially if they are running a flat tappet camshaft. After reviewing our customer service requests, we found that many of our customers had requested an additive package that would protect the new or rebuilt hot rod or race motor they have built. The new Lucas Oil TB Zinc-Plus has an additive package that will help seat in the new rings while providing an excellent extreme pressure additive package that will help protect the entire valve train, and of course, the camshaft. We have found through dyno testing that the engines do, in fact, break-in much faster with less blow by, and will require less time on the dyno prior to installing in your hot rod or race car. The new TB Zinc-Plus is also safe for use in any racing situation to increase your extreme pressure additives in any conventional or synthetic motor oil. Remember: Lucas Engine Break-In Oil Additive TB Zinc-Plus protects camshaft lifters and valve train during break-in period of motors. It is excellent for flat tappet camshafts during break-in or as an additive to any motor oil to prevent premature wear. It contains an exclusive blend of extreme pressure additives and is designed for race lications
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Lucas TB Zinc-Plus Engine Break-In Oil Additive is designed for all who fear the initial break-in period of any new motor, especially if they are running a flat tappet camshaft. After reviewing our customer service requests, we found that many of our customers had requested an additive package that would protect the new or rebuilt hot rod or race motor they have built. The new Lucas Oil TB Zinc-Plus has an additive package that will help seat in the new rings while providing an excellent extreme pressure additive package that will help protect the entire valve train, and of course, the camshaft. We have found through dyno testing that the engines do, in fact, break-in much faster with less blow by, and will require less time on the dyno prior to installing in your hot rod or race car. The new TB Zinc-Plus is also safe for use in any racing situation to increase your extreme pressure additives in any conventional or synthetic motor oil. Remember: Lucas Engine Break-In Oil Additive TB Zinc-Plus protects camshaft lifters and valve train during break-in period of motors. It is excellent for flat tappet camshafts during break-in or as an additive to any motor oil to prevent premature wear. It contains an exclusive blend of extreme pressure additives and is designed for race lications
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.
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
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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) 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 deposit control and protects metal surfaces from rust and corrosion, 4) Advanced anti-wear technology provides maximum protection to gears and bearings
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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 deposit control and protects metal surfaces from rust and corrosion, 4) Advanced anti-wear technology provides maximum protection to gears and bearings
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 deposit control and protects metal surfaces from rust and corrosion, 4) Advanced anti-wear technology provides maximum protection to gears and bearings
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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 deposit control and protects metal surfaces from rust and corrosion, 4) Advanced anti-wear technology provides maximum protection to gears and bearings
1) Optimized viscosity and advanced friction-reducing additive technology, 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 deposit control and protects metal surfaces from rust and corrosion, 5) Exceptional wear protection of 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) Optimized viscosity and advanced friction-reducing additive technology, 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 deposit control and protects metal surfaces from rust and corrosion, 5) Exceptional wear protection of gears and bearings, 6) Excellent seal compatibility and conditioning reduces risk of fluid leaks due to seal shrinkage, hardening and cracking
1) Optimized viscosity and advanced friction-reducing additive technology, 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 deposit control and protects metal surfaces from rust and corrosion, 5) Exceptional wear protection of 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) Optimized viscosity and advanced friction-reducing additive technology, 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 deposit control and protects metal surfaces from rust and corrosion, 5) Exceptional wear protection of gears and bearings, 6) 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) 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) 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 deposit control and protects metal surfaces from rust and corrosion, 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 deposit control and protects metal surfaces from rust and corrosion, 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 deposit control and protects metal surfaces from rust and corrosion, 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 deposit control and protects metal surfaces from rust and corrosion, 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
HIGH MILEAGE is specially formulated to help keep higher mileage gasoline cars and trucks on the road longer. High Mileage works in fuel to clean fuel passageways and lubricate upper engine areas. When added to oil, High Mileage cleans away harmful oil residues that can restrict flow. Just pour it in!
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HIGH MILEAGE is specially formulated to help keep higher mileage gasoline cars and trucks on the road longer. High Mileage works in fuel to clean fuel passageways and lubricate upper engine areas. When added to oil, High Mileage cleans away harmful oil residues that can restrict flow. Just pour it in!
HIGH MILEAGE is specially formulated to help keep higher mileage gasoline cars and trucks on the road longer. High Mileage works in fuel to clean fuel passageways and lubricate upper engine areas. When added to oil, High Mileage cleans away harmful oil residues that can restrict flow. Just pour it in!
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HIGH MILEAGE is specially formulated to help keep higher mileage gasoline cars and trucks on the road longer. High Mileage works in fuel to clean fuel passageways and lubricate upper engine areas. When added to oil, High Mileage cleans away harmful oil residues that can restrict flow. Just pour it in!
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We use these cookies to improve your website experience and provide more personalized services to you, both on this website and through other media.
To find out more about the cookies we use, see our Privacy Policy.