Engineered for demanding applications this Eaton brass adapter features a 1/2-14 Male NPT to 3/4-16 Male JIC 37-degree flare configuration with a 90-degree elbow design. It is widely used in industries such as marine military chemical processing pulp and paper food and beverage processing and off-shore drilling. The rugged brass construction ensures durability and reliable performance even in extreme conditions ranging from -65F and beyond.
This precision-engineered adapter aligns perfectly with the SAE 37 flare standard providing a secure and leak-free connection. The male threads on both ends facilitate straightforward installation and maintenance. With its 1.33-inch drop dimension this fitting is ideal for systems requiring effective angle adjustments.
Featuring a robust design the adapter eliminates the need for additional thread sealants ensuring a clean and efficient installation process. The male NPT and JIC ends provide versatile connectivity options for various industrial uses.
**ECCN:** EAR99 **Supplier Part Number:** 2024-8-8B
Specifications
A
1.47
Alternate Part Numbers
Alternate Part NumberC1AW39, Alternate Part Number MI-00312904, Alternate Part Number MINO-00015F61744
Application
Marine/Military, Chemical Processing, Pulp and Paper Industries, Food and Beverage Processing, Off-Shore Drilling
been looking for a 90 degree elbow to connect my NPT line over to a JIC fitting without a bunch of extra adapters in the way -- this the right part for that kind of hookup?
Answer by: Customer Support on Mar 6, 2026, 6:24 AM
For a straight conversion from 1/2-14 male NPT on one end to 3/4-16 male JIC 37-degree flare on the other, all in a single 90-degree elbow body, yes this is exactly that fitting. Both ends are male threads, so you'd be threading the NPT side into a female NPT port and the JIC side into a female JIC swivel or equivalent. The 1.33-inch drop dimension on the elbow gives you a known offset to work with when planning your routing. Brass construction from Eaton Aeroquip means it holds up well in the kind of environments where these connections typically live.