LIQUI MOLY 8931 Catalytic-System Cleaner
Protects the catalytic converter from clogging with soot. Cleans intake valves and the combustion chamber. Improves the combustion of the fuel. Clean engines reduce fuel consumption and therefore CO2 emissions. Prevents corrosion in the fuel system.
- guarantees optimum combustion
- prevents corrosion in the fuel system
- protects the catalytic converter from clogging with soot
- cleans the intake tract, intake valves and combustion chamber
- guarantees low fuel consumption with long-lasting effect
50 AED (inc. VAT)
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- outstanding engine cleanliness
- excellent high and low temperature behavior
- excellent wear protection
- outstanding lubrication reliability
- high shear stability
- miscible with all commercially available motor oils
- optimum stability to aging
- friction and wear reducing
- instant lubrication after cold start
- tested for turbochargers and catalytic converters
Application
Wolver Antifreeze & Coolant WG11 Concentrate should be mixed before pouring into the cooling circuit with water at a concentration of 33 to max. 60 vol% can be used. Applying a 50/50 ratio for the mixture of water and Wolver Antifreeze & Coolant WG11 Concentrate is recommended.
Protection against the cold / antifreeze
50 vol% in water -38 ° C
33 vol% in water -18 ° C
Usage
WOLVER AntiFreeze WG12 Concentrate is excellently suitable for motors being made of cast iron, aluminium or of a combination of both the metals and at cooling systems being made of aluminium or copper alloyage.
WOLVER AntiFreeze WG12 Concentrate is especially recommended for light run motors where a special aluminium protection at higher temperatures is required.
Recommended working concentration 50 % WOLVER AntiFreeze WG12 Concentrate and 50% water, radiator protection up to -37 °C can be achieved. Antifreeze protection down to -68°C is possible with a maximum of 69% WOLVER AntiFreeze WG12 Concentrate and 31% water.
- Optimum long-term protection for all engines
- Reduces fuel comsumption and exhaust emission
- Excellent cold starting properties – rapid supply of all points of lubrication
- Very good operating reliability
- Optimal engine cleanliness
- Low oil consumption
- High margin of performance and high product stability, also at extended oil change intervals
- All-year operation
- Optimal oil pressure
- Extrem wear protection
- Excellent viscosity temperature behaviour
- Quick oil feed of critical lubricating points
- Considerable wear reduction on cylinder and camshaft
- High oxydation- and thermo stability
- Low volatilization loss
- Very high cleaning capability
- Particularly low emission combustion