32.5% AdBlue Urea Solution in 10L Canister with Spout for SCR Vehicles - Set of 2 Canisters

Commit to a Greener Future

The urgency to transition to sustainable practices, especially in the field of mobility, has never been more pressing. With our set of two AdBlue® canisters, each containing 10 liters of 32.5% (±0.7%) urea solution, we offer a pathway to a substantial reduction in nitrogen oxide (NOx) emissions from diesel vehicles. This technological advance allows a reduction in polluting emissions by up to 80%, marking a significant step towards driving that respects our planet.

Adaptability and Ease of Use

Designed for users who require a practical and efficient solution, this 10-litre double pack not only facilitates the supply of AdBlue® but also ensures easy application thanks to an optimised pouring system. This crystal clear solution, sometimes with blue shades, is designed to harmonize perfectly with the SCR systems of diesel vehicles, in accordance with the EURO4, EURO5, and EURO6 standards. It is essential to pour AdBlue® only into the specific tank provided for this purpose, avoiding any contact with the fuel.

Features & Compliance

AdBlue® is characterized by its colorless clarity and distinct odor, while displaying a density of 1.09 (± 0.003) and a pH between 9 and 10. Compliant with the ISO 22241 standard, it guarantees impeccable quality and consistent performance, remaining stable from -11°C to 100°C. Its formulation prevents any excessive alkalinity of ammonia (NH3), not exceeding 0.2%.

Conservation Tips

The longevity of AdBlue® is influenced by its storage conditions. For optimal storage, it is advisable to keep it between -5°C and +30°C. According to these recommendations, the shelf life can reach up to 36 months at a temperature below 10°C, but is limited to 6 months if conditions reach 35°C.

Your Contribution to Environmental Protection

Choosing our set of two 10-litre AdBlue® canisters is not just a simple anti-pollution measure; It's a true commitment to a sustainable future. Each use contributes significantly to the reduction of air pollution, echoing a global movement for a healthier environment.