The Michelin Primacy 4 are summer touring tires designed for safety under all conditions. Featuring a long-lasting serviceable life, they provide reliable performance without conceding even or long tread wear. The vehicles also benefit from wet traction and braking control owing to a specialized tread compound.
The Primacy SUV is an all-season tire designed for a silent and safe driving experience. The rubberized Flexmax 2.0 tire tread compound enhances wet and dry traction for retaining road grip despite variable conditions.
The Michelin Primacy 4 tires are manufactured to provide a safe driving experience throughout their lifetime. The tread pattern has been optimized to channel water out for preventing chances of aquaplaning and enabling shorter braking distances even under wet conditions. The tread compound has been modified to resist wear and tear and evenly distribute pressure for increased tread life and to ensure no specific area is prematurely damaged from focused stress. This tire pattern and size are ideal for Ford Focus, Volkswagen GTI, and so on.
Petronas Mach5 Plus 20W-50 is formulated to provide reliable protection and cleaning for your car, giving it longer engine life. PETRONAS Mach 5 Max 20W-50 is suitable for many modern types of passenger cars including gasoline and diesel-powered. It is also suitable for vehicles running on biofuels.
Petronas Syntium 3000 5W-40 is formulated with °CoolTech™ to fight excessive engine heat. °CoolTech™ targets the critical heat zones – engine parts affected by excessive heat inside the engine to effectively absorb & transfer the excessive heat and regulates the temperature, defending the engine critical components from damage and loss of performance.
Petronas Syntium 7000 Hybrid 0W-20 is formulated with °CoolTech™ to fight excessive engine heat. °CoolTech™ targets the critical heat zones – engine parts affected by excessive heat inside the engine to effectively absorb & transfer the excessive heat and regulates the temperature, defending the engine critical components from damage and loss of performance.