Advanced OAT technology for optimal engine protection

Bardahl XCL coolant G12/G12+ is developed with the latest Organic Acid Technology (OAT). This advanced formula provides excellent protection for aluminum components against overheating, cavitation, and corrosion, even at high temperatures.

Ready to use and time-saving

This pink coolant is completely ready to use, which means you can top it up directly into your car's cooling system without pre-mixing. This saves time and reduces the risk of errors during maintenance.

Ideal for professional use

With a capacity of 200 liters, this drum is perfectly suited for garages and workshops. It ensures that you always have enough coolant on hand for multiple maintenance sessions, increasing efficiency in your workshop.

Excellent compatibility with various car brands

Bardahl XCL G12/G12+ meets the strict requirements of, among others, Volkswagen, Audi, and Skoda engines. In addition, it is also suitable for other vehicle brands, making it a versatile choice for various applications.

Key features

• Ready-to-use coolant
• Color: pink
• Type: G12 (TL-774D) and G12+ (TL-774F)
• Contains anti-corrosion additives
• Protects against overheating up to +115°C
• Frost protection down to -25°C
• Forms a homogeneous protective film
• Free from borate, nitrite, amines, and phosphates
• Very high protection for aluminum components
• Suitable for radiators and cooling systems
• Content: 200 liters

Specifications and approvals

• VW, Audi, Skoda TL-774 D (G12) and F (G12+)
• Ford WSS-M97B44-D
• Mercedes-Benz 326.3
• Renault 41-01-001 Type D
• GM 6277M
• MAN 324 type SNF
• Mazda MEZ MN 121 D
• Volvo OAT
• Claas OAT
• Deutz 0199-99-115
• John Deere JDM H5
• Komatsu 07.892 (2009)
• DAF 74002
• Fiat-Lancia 9.55523
• Jaguar CMR 8229
• ASTM D3306 / D4656 / D4985
• BS 6580:1992
• NF R15601 (except reserve alkalinity)
• AS 2108
• SAE J-1034
• FFV Heft R443
• CUNA NC 956-16
• UNE 26361-88
• NATO S-759

Environmentally friendly composition

This coolant is environmentally friendly and free from harmful substances such as borate, nitrite, amines, and phosphates. This contributes to more sustainable vehicle maintenance and a reduced impact on the environment.