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Lubricants
Lesson 1: Anti-Seize
What Are Anti-Seize Lubricants?
Where to use
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Where to use
3 Topics
Anti-Seize
Copper Anti-Seize
Nickel Anti-Seize
Best Practices
Brake Lubricants
What Makes A Brake Lubricant?
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What Makes A Brake Lubricant?
4 Topics
Overview
Synthetic
Ceramic
Silicone
Why Do We Need Them?
Lubrication Points
Hybrid and Battery Electric Vehicles and Brake Lubrication
Dielectric Grease
What is Dielectric Grease?
Proper Use
Applications
Engine Assembly Lube
Why do we need it?
Where To Use It
Lubricants Quiz
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Copper Anti-Seize
Lubricants
Where to use
Copper Anti-Seize
Overview
Contains copper flake for increased temperature resistance
Temperature Resistant up to 1800°F
Designed for use on carbon steel, magnesium, and titanium.
Conductive due to copper flakes
Avoid Zinc
Where to use
Provides good electrical conductivity
Threaded assemblies
Slide fit assemblies, hinges
Gears, chains and sprockets
Cables and sheaves
Lever pivot points
Furnace/kiln/oven equipment threads
Farm/heavy/industrial equipment
Battery Cable Connections
Spark plug threads –
Don’t get too close to the electrodes and ground strap. Can cause misfires
Meets or exceeds the requirements of Military Specification Mil-A-907E.
Overview
Contains copper flake for increased temperature resistance
Temperature Resistant up to 1800°F
Designed for use on carbon steel, magnesium, and titanium.
Conductive due to copper flakes
Avoid Zinc
Where to use
Provides good electrical conductivity
Threaded assemblies
Slide fit assemblies, hinges
Gears, chains and sprockets
Cables and sheaves
Lever pivot points
Furnace/kiln/oven equipment threads
Farm/heavy/industrial equipment
Battery Cable Connections
Spark plug threads –
Don’t get too close to the electrodes and ground strap. Can cause misfires
Meets or exceeds the requirements of Military Specification Mil-A-907E.
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