Anticongelante 50% G12 ++

PROPERTIES AND ADVANTAGES:

With hybrid additives (Lobrid Si-OAT) based on organic acids (OAT) and long-lasting stable silicates.

Its formulation, in line with the most modern technology, combines the advantages of organic and inorganic antifreeze technologies, obtaining an end product with all the properties and characteristics required for optimum performance in modern engines of all types of vehicles where this type of coolant is required.

•     Antifreeze, with protection down to -37 °C.

•     Boiling protection up to +145°C (+293°F) in circuit at 2 atm. pressure, protecting the engine in overheating situations.

•     Non-corrosive. Its immediate action additives effectively protect all types of radiators, especially those made of aluminium and aluminium/magnesium alloys.

•     Anti-cavitation, preventing the formation of foam and air retention, facilitating optimum pump operation.

•     NAP-free corrosion inhibitors: free of Nitrites, Amines and Phosphates, as well as other harmful or dangerous components for the ecosystem such as boron and molybdate compounds.

•     Complete biodegradation in 20 days, calculated based on the main component.

•     Compatible with all types of couplings, seals (silicone and polycarbonate) and plastics.

•     Long service life product:

ü Up to 650,000 km or 5 years in heavy goods vehicles and buses.

ü Up to 8,000 hours or 5 years in construction equipment and agricultural machinery.

ü Up to 250,000 km or 5 years in light vehicles.

ü Up to 32,000 hours or 5 years in stationary engines.

TECHNICAL DATA:

HOW TO USE:

The Antifreeze-Coolant 50% G12++ is for direct use. Always replenish the levels directly with the same 50% antifreeze, never directly with water and, if possible, with an antifreeze of the same nature and concentration.  G12++ can be used in any engine that uses both hybrid and organic coolants, such as G13, G12 EVO, G12++ and G12+. To obtain the maximum performance from our product, it is advisable to dispose of the remaining fluids in use in the circuit before making changes between different specifications. We advise not mixing with G11 or inorganic coolants.