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DuraBloc™
Fuel Systems
Barrier Technology
 

What is Fuel Systems Barrier Technology?

Gasoline fuel tanks and portable fuel containers must meet stringent and complex environmental regulations, regarding emissions and permeation, while providing safe and reliable performance. Barrier technology stops gasoline fuels from permeating through plastic constructions, ensuring compliance, quality and safety.

DuraBloc™ is our barrier technology tailored for plastic fuel systems designed to elevate the performance of your gasoline-powered equipment. DuraBloc™ seamlessly integrates compliance assurance with unparalleled manufacturing flexibility, while maintaining a commitment to minimizing environmental impact.

How DuraBloc™ Works

DuraBloc - How DuraBloc Works

DuraBloc™ is our premier fuel systems barrier technology that minimizes permeation of all fuel types for any size or shape of HDPE and XLPE fuel tanks and portable fuel containers.

DuraBloc™ maximizes consistency and uniformity to ensure complete coverage on all components and geometries, bringing next generation performance to your gasoline powered equipment.

DuraBloc™ enables compliance with major global emission regulations for gasoline fuel tanks and portable fuel containers, while offering complete manufacturing flexibility and reducing environmental impact.

Sustainability with DuraBloc™

For more than 40 years, we have been helping achieve a more sustainable future with our recyclable barrier packaging technology, Enkase™.

Life cycle assessments of Enkase compared to other commercially available barrier packaging technologies, demonstrate it has 27% less global warming potential and 22% less fossil fuel consumption.

Approved by the largest recycling associations around the world, Enkase maintains the recyclability of HDPE, making it recyclable in any existing HDPE stream and collection system with no additional set up required.

Benefits of Enkase

Regulatory
compliance

Total design
freedom

Minimized
permeation

Lower
carbon
footprint

Maximized
consistency and uniformity