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.
LUBEGARD(R) Assemblee GooTM is formulated for use as an assembly aid and lubricant for virtually any assembly application (including engine). It facilitates the assembly process by holding components such as needle bearings and hydraulic seals in place, helping to achieve a faster, trouble-free rebuild. Assemblee GooTM also provides the initial lubrication for the moving parts on the first start-up after service, preventing wear and scoring. It will not melt at shop or workbench temperatures and provides either light or firm tack as your assembly requires. Yet, it dissolves and becomes soluble in transmission fluids at operating temperatures, without clogging filters or solenoid valves. LUBEGARD(R) Assemblee GooTM is dyed to eliminate misdiagnosing leaks.
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LUBEGARD(R) Assemblee GooTM is formulated for use as an assembly aid and lubricant for virtually any assembly application (including engine). It facilitates the assembly process by holding components such as needle bearings and hydraulic seals in place, helping to achieve a faster, trouble-free rebuild. Assemblee GooTM also provides the initial lubrication for the moving parts on the first start-up after service, preventing wear and scoring. It will not melt at shop or workbench temperatures and provides either light or firm tack as your assembly requires. Yet, it dissolves and becomes soluble in transmission fluids at operating temperatures, without clogging filters or solenoid valves. LUBEGARD(R) Assemblee GooTM is dyed to eliminate misdiagnosing leaks.
LUBEGARD(R) Assemblee GooTM is formulated for use as an assembly aid and lubricant for virtually any assembly application (including engine). It facilitates the assembly process by holding components such as needle bearings and hydraulic seals in place, helping to achieve a faster, trouble-free rebuild. Assemblee GooTM also provides the initial lubrication for the moving parts on the first start-up after service, preventing wear and scoring. It will not melt at shop or workbench temperatures and provides either light or firm tack as your assembly requires. Yet, it dissolves and becomes soluble in transmission fluids at operating temperatures, without clogging filters or solenoid valves. LUBEGARD(R) Assemblee GooTM is dyed to eliminate misdiagnosing leaks.
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LUBEGARD(R) Assemblee GooTM is formulated for use as an assembly aid and lubricant for virtually any assembly application (including engine). It facilitates the assembly process by holding components such as needle bearings and hydraulic seals in place, helping to achieve a faster, trouble-free rebuild. Assemblee GooTM also provides the initial lubrication for the moving parts on the first start-up after service, preventing wear and scoring. It will not melt at shop or workbench temperatures and provides either light or firm tack as your assembly requires. Yet, it dissolves and becomes soluble in transmission fluids at operating temperatures, without clogging filters or solenoid valves. LUBEGARD(R) Assemblee GooTM is dyed to eliminate misdiagnosing leaks.
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
Protects electrical connections and wiring from salt, dirt and corrosion. Extends the life of bulb sockets. Prevents voltage leakage around any electrical connection. Also prevents spark plugs from fusing to boots. Required for modern high energy ignition systems.
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Protects electrical connections and wiring from salt, dirt and corrosion. Extends the life of bulb sockets. Prevents voltage leakage around any electrical connection. Also prevents spark plugs from fusing to boots. Required for modern high energy ignition systems.
Protects electrical connections and wiring from salt, dirt and corrosion. Extends the life of bulb sockets. Prevents voltage leakage around any electrical connection. Also prevents spark plugs from fusing to boots. Required for modern high energy ignition systems.
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Protects electrical connections and wiring from salt, dirt and corrosion. Extends the life of bulb sockets. Prevents voltage leakage around any electrical connection. Also prevents spark plugs from fusing to boots. Required for modern high energy ignition systems.
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
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To find out more about the cookies we use, see our Privacy Policy.