Cooper Standard's low permeation tubing portfolio offers a wide-range of multi-layer tubing solutions specifically engineered for automotive fuel systems. Our innovative material formulations and layering techniques can be customized with varying barrier levels to meet specific vehicle requirements. We recognize the ongoing importance of reliable solutions supporting traditional fuel engines, even with advancements towards electrification. Our commitment to innovation ensures that we continue to support both current and future automotive needs.
Enhancing Performance and Stability of Reliable Vehicle Fuel Systems
This tubing features exceptional temperature resistance and near-zero oligomer washout, our low permeation fuel tubing helps ensure effective containment of fluids and gases, minimizing the risk of leaks and enhancing the longevity of the product. Additionally, our tubing portfolio is engineered to be resistant to biodiesel, making it adaptable for fuel applications that prioritize sustainability.
Features
- Low permeation
- Service temperature up to 120°C
- Near-zero oligomers
- Bio-diesel resistant
- Excellent internal chemical resistance
LoPerm 4000E
Four-layer tubing construction designed for non-conductive applications, ideal for situations where static electricity poses a minimal risk. Our innovative solution effectively meets the changing requirements of thermoplastic fuel and vapor tubing.
LoPerm 7500
Three-layer tubing construction designed for conductive applications to help ensure static electricity doesn't interfere with operations, prioritizing safety. Our solution differentiates itself from competition by using the right combination of material layers to maximize permeation and chemical resistance in a cost-effective solution.
LoPerm 3500A
Three-layer tubing construction tailored to meet the highest customer environmental standards. This solution has been our standard conductive liquid fuel product for high heat resistance applications for many years, demonstrating our commitment to quality and performance.