EVIL ENERGY Baffled Oil Catch Can,Oil Separator Catch Can with Breather Filter 300ml Universal Aluminum

Introducing the EVIL ENERGY Baffled Oil Catch Can - the ultimate solution for keeping your engine clean and performing at its best. This universal oil separator catch can is designed to fit most cars, ensuring a hassle-free installation process. With a capacity of 300ml, it provides ample space for collecting oil and preventing it from contaminating your engine.

Size matters, and this oil catch can is perfectly sized with a hose length of 31.5in/0.8m, hose ID of 3/8", and hose OD of 2/3". Its inlet and outlet threads are M16*1.5, ensuring compatibility with a wide range of vehicles. Regardless of what car you drive, this catch can is ready to keep your engine clean and running smoothly.

One notable feature of this catch can is its versatility. You have the choice to install it with a breather filter for pre-PCV cars, creating a vent system that helps eliminate harmful gases. Alternatively, you can remove the breather filter and use it as a seal can in line between PCV hoses, providing an effective barrier against oil leakage. The choice is yours!

When temperatures drop below freezing, the crank vent system can generate excess moisture, putting your engine at risk of freezing. That's why we recommend cleaning your oil catch can on a weekly basis or simply installing the original PCV hose during cold weather conditions. Your engine's health and performance are our top priorities.

At EVIL ENERGY, we stand behind the quality of our products. That's why we offer a 3-month warranty on this oil catch can. If you encounter any issues, our dedicated customer support team is here to assist you. Don't hesitate to reach out to us via Amazon message, and we'll ensure your complete satisfaction.

Upgrade your engine's performance today with the EVIL ENERGY Baffled Oil Catch Can. Experience the benefits of a cleaner engine, improved fuel efficiency, and extended engine life. Take the first step towards optimizing your car's performance by clicking here.