Aminol™ Antifreeze G11 Concentrate is recommended for use both in passenger cars and commercial vehicles. It is compatible with all cooling system components, including aluminum radiators.
Excellent load-carrying properties Outstanding limited-slip performance High corrosion protection Exceptional oxidation stability Low foaming tendency Optimal friction characteristics
Outstanding water emulsifying ability Superior anti-wear properties Remarkable resistance to oxidation and thermal degradation Exceptional foam control and rapid air release properties Effective corrosion protection Excellent cleaning properties
Long drain intervals Exceptional film strength and extreme pressure resistance Robust protection against rust and corrosion Extended equipment life Effective water separation and demulsification characteristics Low foaming tendency
Minimizes equipment wear. Extends service life. Exhibits excellent anti-foam properties. Improves air separation. Well-suited for use in heavily watered systems.
Aminol™ Antifreeze G12+ Concentarte is suitable for all types of radiators made of cast iron, aluminum, copper alloys, or their combinations. It is especially recommended for modern engines, where high-temperature protection of aluminum is particularly important.
Excellent fluidity at low temperature. Lower fuel consumption and CO2 emissions. Outstanding engine cleanliness and durability. Long drain interval Reduced power-robbing friction across engine speeds and conditions
Essential wear protection for gears and bearings in moderate conditions Strong anti-foam and anti-corrosion properties Compatible with all seal materials Prolongs transmission life, reducing maintenance costs
Exceptional thermal and oxidation stability Superior wear resistance Enhanced corrosion protection Excellent anti-foam properties Ultra clean performance
Exceptional oxidation resistance Extra high thermal stability Superior anti-wear and extreme-pressure properties Robust rust and anti-corrosion performance Longer component life Excellent air and water separability
High thermal and oxidation stability Favourable rust and corrosion control Prolonged oil lifetime Excellent air release Good filterability Compatible with seals and gaskets Low foaming tendency
Ensures smooth concrete surface quality Avoids surface impairment from adhesive or coating adhesion Prevents staining, discoloration, and dust formation Leaves no residue on the mould, allowing easy cleaning Offers mold protection for extended use Provides corrosion protection for the mould
Outstanding engine cleanliness Exceptional thermal stability and oxidation resistance Sustained engine component protection Optimized fuel consumption Minimized harmful exhaust emissions
Ensures smooth concrete surface quality Avoids surface impairment from adhesive or coating adhesion Prevents staining, discoloration, and dust formation Leaves no residue on the mould, allowing easy cleaning Offers mold protection for extended use Provides corrosion protection for the mould
Outstanding engine cleanliness Exceptional thermal stability and oxidation resistance Sustained engine component protection Optimized fuel consumption Minimized harmful exhaust emissions
Outstanding wear protection Exceptional sludge and deposit control Low tendency to foam Excellent anti-corrosion properties High pressure-absorption capability Extended equipment life Better compatibility with seal materials
Provides excellent brake performance and pedal feel Protects brake system components against corrosion and wear Resistant to high temperatures and boiling points Compatible with most rubber seals and gaskets used in brake systems
Superior oxidation stability Exceptional adhesiveness High load carrying capacity Excellent demulsification Controlled frictional characteristics Long term rust and corrosion protection Multi-material capabilities
Optimal lubricant film formation via high-viscosity index base stocks Enhanced rust protection for prolonged equipment life Efficient antifoam properties for extended gear and bearing longevity
Outstanding engine cleanliness Exceptional thermal stability and oxidation resistance Sustained engine component protection Optimized fuel consumption Minimized harmful exhaust emissions