Radium Engineering 5/16In Sae Female To 5/16In Sae Male To 5/16In Barb Tee Adapter T-fitting for SAE quick-connect style connections.
These adapter fittings are available in a variety of configurations. They push-on and secure to most modern USA, European, Japanese, etc. fuel injection systems and are used to convert an OEM SAE Quick Connect connectionTo determine the required size, simply measure the outside diameter of the male fitting as shown below.0.3125 = 5/16"0.375 = 3/8"0.50 = 1/2"
Radium Engineering 5/16In Sae Female To 6An Male, Low Profile CNC machined Aluminum; Black and Green anodized; Stainless steel hardware; low-profile design
These adapter fittings are available in a variety of configurations. They push-on and secure to most modern USA, European, Japanese, etc. fuel injection systems and are used to convert an OEM SAE Quick Connect connectionTo determine the required size, simply measure the outside diameter of the male fitting as shown below.0.3125 = 5/16"0.375 = 3/8"0.50 = 1/2"
Radium Engineering 5/16In Sae Female To 6An Male, Low Profile Elbow Low profile adapter for SAE quick-connect lines. 90 degree elbow, converts to 6AN male. Compatible with all fuel types.
Radium Engineering 5/16In Sae Female To 90Deg 3/8In Barb Fitting, 5/16 SAE quick connect female to 3/8 Hose barb. 90 degree.
Radium Engineering 5/16In Sae Female To 90Deg 5/16In Barb Fitting, 5/16 SAE quick connect female to 3/8in hose barb. 90 degree.
Radium Engineering specializes in high-quality aftermarket automotive performance products for racing and high-performance applications. The company's core product lineup features revolutionary fuel delivery systems, fuel cells, and PCV oil catch can systems, all designed with meticulous attention to both functionality and engineering detail. Through extensive R&D, computer simulation, and rigorous testing, Radium delivers an expanding collection of motorsport parts and application-specific accessories trusted by top competitors and enthusiasts worldwide who demand products that exceed expectations and outperform low-quality alternatives.
