WOLVER W111 AntiFreeze & Coolant Concentrate1 WG 11 (BLUE)
- Powerful and long-lasting protection against corrosion for all parts of the cooling system, which consist of materials such as steel, cast iron, aluminum, copper, brass, soft solder
- Maintenance-free frost and overheating protection with a higher boiling point
- Extended coolant life
- Avoidance of cavitation damages, such as on the collant pump
- Compatibility with varnishes
- Compatibility with hose and sealing materials
- Avoidance of sediments, which can cause radiator plugging
- Avoidance of foaming
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
50 AED (inc. VAT)
- High wear protection
- Excellent viscosity-temperature behaviour
- Minimal frictional loss
- High cleaning capability
- High oxidation and temperature stability
- Prevents black sludge formation
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
