Ever wonder how you can boost your vehicle’s fuel efficiency and the durability of its fuel system? The answer lies in your choice of fuel lines. For decades, rubber and steel have been the go-to materials, but they come with significant downsides like corrosion, permeability, and cracking. There’s a better solution: PTFE fuel lines.
PTFE, also known as Teflon, is an advanced polymer that outperforms traditional fuel line materials. PTFE fuel lines are impermeable, chemically inert, and flexible enough to withstand high pressures and extreme temperatures under your hood without breaking down. By upgrading to PTFE fuel lines, you’ll enhance your fuel efficiency through reduced vapor lock and fuel permeation. You’ll also boost the longevity of your fuel system with lines that won’t rot, rust, or crack.
If you’re ready to unlock major benefits for your vehicle with a simple upgrade, PTFE fuel lines are the key. Keep reading to learn how PTFE fuel lines work and how you can have them installed in your ride. Your engine and fuel economy will thank you for it.
What Are PTFE Fuel Lines and Why Use Them?
PTFE or Teflon fuel lines are hoses made of a polymer called polytetrafluoroethylene. Unlike standard rubber hoses, PTFE is highly chemical-resistant and can handle aggressive fuels without breaking down.
PTFE fuel line are becoming popular for several reasons:
- They’re extremely durable. PTFE is resistant to heat, UV light, and weathering. Fuel lines made of this material can last 2-3 times longer than typical rubber hoses.
- They reduce fuel evaporation. PTFE is non-porous, so it prevents fuel vapors from escaping through the hose walls. This means less fuel waste and enhanced efficiency.
- They can handle high heat and pressure. If you have a high-performance vehicle or race car, PTFE fuel lines are ideal since they can withstand temperatures up to 500°F and pressures up to 200 PSI.
- They’re chemically inert. PTFE is resistant to all automotive and racing fuels, alcohols, oils, and additives. No chemicals can break down or seep through PTFE hose walls.
- They improve flow. The smooth inner surface of PTFE tubing allows fuel to flow freely with minimal restriction. This can slightly increase your vehicle’s power and responsiveness.
For the ultimate in fuel line performance and durability, PTFE tubing is a smart choice. While more expensive upfront, their longevity and various benefits mean you’ll save money and hassle in the long run. For maximum engine efficiency and output, PTFE fuel lines are the way to go.
PTFE Fuel Line Benefits: Increased Efficiency and Durability
When it comes to fuel lines, PTFE (Teflon) is the way to go. PTFE fuel lines provide some major benefits over traditional rubber hoses that can enhance both your vehicle’s performance and durability.
Increased Efficiency
PTFE is an extremely smooth material that allows fuel to flow freely with little resistance. This means higher fuel pressure and volume can make it to your engine, increasing your power and fuel efficiency. The smooth inner surface also prevents fuel from clinging to the hose walls, so more of what you pay for makes it into your combustion chamber.
Extreme Durability
PTFE is also highly chemical-resistant, so it won’t degrade or break down when exposed to the harmful chemicals found in today’s fuel blends. It can handle extreme temperatures, high pressures, and constant vibration without issue. PTFE hoses also have a much longer lifespan, often outlasting multiple vehicles. This durability equals fewer costly replacements and less downtime.
A Secure Fit
PTFE hoses grip onto fittings much more securely than rubber, so you don’t have to worry about fuel leaks, evaporative emissions or connections coming loose. The hose material actually molds itself to the shape of fittings and hardens in place for a perfect, leak-free fit every time.
When it comes to your vehicle’s performance and reliability, PTFE fuel lines are really a no-brainer. The benefits to both efficiency and durability make the slightly higher upfront cost well worth it in the long run. Why settle for anything less in such a critical system? Make the switch to PTFE and see the difference it can make.
How to Install PTFE Fuel Lines and Use With an Oil Catch Can
Installing PTFE fuel lines and an oil catch can will allow your vehicle to operate at peak efficiency. By routing your fuel lines properly and catching oil vapors, you’ll increase performance and save money on fuel costs.
Installing PTFE Fuel Lines
To install PTFE fuel lines, you’ll need some basic tools and supplies:
- PTFE fuel line and fittings
- Adjustable wrench or pliers
- Wire cutters
- Fuel line disconnect tools
- Park your vehicle on a level surface and turn off the engine. Allow it to cool for at least 30 minutes.
- Locate the steel fuel lines running from your fuel pump to the fuel rail on your engine. These lines deliver fuel to your injectors.
- Use the fuel line disconnect tools to detach the steel fuel lines from the fuel pump and fuel rail.
- Measure and cut pieces of PTFE fuel line to replace the steel lines. PTFE line comes in a variety of diameters to match most applications.
- Attach the PTFE fuel lines to the fuel pump and fuel rail using the proper fittings and tighten securely with your wrench.
- Start the engine and check for any leaks. Tighten any fittings as needed.
- Drive your vehicle to circulate the new fuel lines. Recheck for leaks and you’re done!
The PTFE fuel lines will now deliver fuel more efficiently to your engine without vapor lock or heat soak issues. Your vehicle’s performance and fuel economy will improve as a result.
Using an Oil Catch Can
An oil catch can captures oil vapors from your crankcase ventilation system to prevent them from being recycled through your engine. Installing a catch can is easy and provides significant benefits. Simply attach the inlet hose to your valve cover vent and the outlet hose to your intake tract. The catch can will trap condensation and oil vapors, allowing only air to continue into your engine. Empty and clean the catch can periodically based on how much oil it collects. Using a catch can, especially with performance modifications, is key to maximizing engine efficiency and durability.
Conclusion
With PTFE fuel lines installed in your vehicle, you’ve taken a significant step towards maximizing performance and longevity. Not only will you experience improved fuel efficiency from reduced drag and friction, but you’ll also benefit from enhanced durability. PTFE is resistant to chemicals, temperature extremes, and weathering so it will last for years without issue. Your fuel system will remain leak-free and corrosion-free for the lifetime of your vehicle. Best of all, PTFE fuel lines are a set-it-and-forget-it upgrade. Once installed, you’ll be able to drive confidently knowing your fuel lines can handle whatever comes their way. For enhanced fuel efficiency, durability, and peace of mind, PTFE fuel lines are an upgrade that will pay off mile after mile.
