LIQUI MOLY Radiator Antifreeze KFS 11 is a high-quality coolant concentrate developed to provide reliable protection against freezing, corrosion and overheating in a wide range of cooling systems. Formulated with advanced hybrid inhibitor technology, it helps maintain efficient cooling system performance while protecting vital engine components under demanding operating conditions.

Suitable for engines made from cast iron, aluminium or mixed-metal combinations, this antifreeze is ideal for passenger vehicles, commercial vehicles, agricultural machinery and stationary engines. The formulation is free from amines, nitrites and phosphates, helping support long-term cooling system cleanliness and protection.

When mixed according to the recommended ratios, KFS 11 delivers dependable temperature protection and year-round cooling system reliability. Miscible with ethylene glycol-based radiator antifreezes and suitable for use where approved coolant specifications require this standard.

Approvals and specifications:
Alfa Romeo • Audi TL-774 C • BMW GS 94000 • Chrysler MS-7170 • Cummins 85T8-2 • Deutz DQC CA-14 • Fiat 9.55523 • Ford WSS-M97B51-A1 • GM 1825M / 1899M • MAN 324 Typ NF • Mercedes-Benz MB 325.0 • MTU MTL 5048 • Opel/GM B 040 0240 • Porsche TL-774 C • Saab 6901599 • Seat TL-774 C • Skoda TL-774 C • Toyota Motor Corporation • Volkswagen TL-774 C • Volvo Cars 128 6083 / 002 • Volvo Construction Equipment • Volvo Trucks

Images are for illustration purposes only, actual products may differ.

NB:
Pease note that because we sell across multiple platforms, stock availability cannot be guaranteed. If an ordered item is out of stock, it will be placed on backorder and dispatched as soon as it arrives. If an item is permanently unavailable, we will issue a full refund.
Additionally, as most of our products are imported, final pricing is subject to change without notice due to fluctuating exchange rates and shipping costs.
We appreciate your understanding and always strive to process and ship your orders as quickly as possible!