Mishimoto 2pcs M16x1.5 3/8in Aluminum Catch Can Fitting Black - MMFT-M16-38BK

Frequently Asked Questions

How do Mishimoto fittings ensure a secure fluid line connection?

Mishimoto M16x1.5 to 3/8-inch push-on hose barb fittings deliver a secure and leak-free connection for your custom fluid lines. Their CNC-machined 6061 aluminum construction and Viton(TM) O-ring provide robust durability and resistance to corrosion, ensuring long-lasting performance for Street Performance builds with a score of 7.

Is professional installation necessary for Mishimoto fittings?

Professional installation is recommended for Mishimoto fittings, as confirmed by the 'professional installation recommended' install type. This ensures proper alignment and secure seating for optimal performance. Consult a qualified technician to guarantee a reliable setup for your custom fluid systems.

What performance outcome can I expect from Mishimoto fittings in a track application?

Mishimoto fittings provide reliable performance for Track / Autocross applications with a usage score of 7. Their CNC-machined 6061 aluminum construction and Viton(TM) O-ring are engineered for robust durability and resistance to corrosion. This ensures a reliable seal against extreme temperatures and harsh fluids.

Is upgrading to Mishimoto fittings beneficial for custom builds?

Upgrading to Mishimoto fittings is beneficial for custom builds, offering a performance outcome score of 8 for Visual / Aesthetic Upgrade. The black anodized finish provides a sleek, stealthy look, complementing your engine bay aesthetics. This CNC-machined 6061 aluminum construction ensures superior strength and reliability.

What materials are Mishimoto fittings constructed from for durability?

Mishimoto fittings are constructed from CNC-machined 6061 aluminum and feature a Viton(TM) O-ring for exceptional durability. This combination provides robust resistance to corrosion and ensures a reliable seal against extreme temperatures and harsh fluids. These materials contribute to long-lasting performance in custom fluid systems.