Skip to the beginning of the images gallery

08MJ-06MP 90 ELB BRASS

Description & Features

Manufactured by Brennan Industries Inc this elbow adapter is meticulously designed to facilitate fluid transfer in various industrial applications. The 08MJ-06MP 90 ELB BRASS constructed from high-quality forged brass ensures long-lasting durability and resistance to corrosion.

The male JIC SAE 37-degree flare threads conform to SAE J514 specifications while the male NPTF threads adhere to SAE J476 standards providing secure and reliable connections. With a centerline length of 1.250 mm and an overall length of 1.220 mm this brass elbow offers precise fitting and efficient space utilization.

The adapter features a 3/4-16 SAE B1 thread and a 3/8-18 SAE B2 thread ensuring compatibility with a range of system requirements. Additionally the cubic inch space measures 1.944 providing ample capacity for fluid flow.

**Supplier Part Number:** 2501-08-06-B

Specifications

Brand Brennan Industries Inc	Brand Brennan Industries	Pack Size 1.00	UOM EA	Supplier Part Number 2501-08-06-B	Product Weight 0.20 lbs

Product Questions & Answers (2)

Question by: Sherry S on Oct 23, 2025, 11:52 AM

got a hose end that’s 3/4-16 JIC, will this elbow screw right onto it and then give me a 3/8-18 pipe thread on the other side?

Answer by: Customer Support on Oct 24, 2025, 6:25 PM

It has a male JIC SAE 37 degree flare on the B1 side with 3/4-16 threads (SAE J514), and the other end is a male NPTF with 3/8-18 threads (SAE J476). That matches the thread types and sizes you called out.

Question by: Earl F on Aug 20, 2025, 7:29 PM

what threads does this elbow have on each end, one side goes to a JIC fitting but what about the other?

Answer by: Customer Support on Aug 22, 2025, 2:35 PM

One end is a male JIC SAE 37-degree flare thread, sized 3/4-16, built to SAE J514 spec. The other end is a male NPTF thread, 3/8-18, conforming to SAE J476. So you're connecting a JIC line on one side to an NPTF port on the other, all in a 90-degree turn. Pretty handy when you're routing lines in tight spots and need to step down thread types at the same time.