04MJ-02FP STRAIGHT STNLS

Description & Features

The 04MJ-02FP STRAIGHT STNLS is a robust hydraulic fitting designed for high-pressure applications, offering a maximum dynamic pressure rating of 6,000 PSI. Crafted from durable stainless steel, this straight connector ensures reliability and longevity in demanding environments. It features a Male JIC SAE 37-degree flare with a thread size of 7/16-20, compliant with SAE J514 standards, and a Female NPTF thread size of 1/8-27, adhering to SAE J476 standards. These specifications make it ideal for seamless integration into a variety of industrial systems.

With an overall length of 1.190 mm, this fitting is engineered for efficient space utilization, occupying a cubic inch space of 0.376. Its precision threading and high-quality construction make it suitable for use in hydraulic systems requiring secure, leak-free connections. Manufactured by Brennan Industries, this component is part of the 2405 series, known for its compatibility and performance in critical applications.

SKU: 2405-04-02-SS

Supplier Part Number (MPN): 2405-04-02-SS

Alternate Part Numbers: AJ4FC

Specifications

Connection Size 1
1/4 in
Connection Size 2
1/8 in
Connection Type
FNPT, Male JIC
Connection Type 1
Male SAE 37 deg JIC Flare
Connection Type 2
Female SAE NPTF
Cubic Inch Space L x W x H Dimensions
0.376 cu-in
Dimension Standards
SAE J514, SAE J476
Dimensions
1.19 in L
Fitting Type
Adapter
Hex Size
0.563 in
Material
Stainless Steel
Material Construction
316/316L Stainless Steel
Maximum Operating Pressure
6000 psi
Series
2405 Series
Thread 2 Drill Dimensions
0.188 in
Thread B1 Drill Dimensions
0.172 in
Thread Size
1/8-27, 7/16-20

Product Questions & Answers (1)

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Question by: Lyle C on Nov 12, 2025, 12:43 PM
Will this fitting hold up to the pressure in my hydraulic system? It's pushing pretty hard.
Answer by: Customer Support on Nov 13, 2025, 4:52 PM
With a maximum dynamic pressure rating of 6,000 PSI, this fitting is designed to withstand high-pressure conditions commonly found in demanding hydraulic applications.

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