Name: 1JN4 45° Elbow JIC Male 37° Flare to NPT Male
Brand: DAFLUID
SKU: 1JN4
Availability: InStock

Descripción del Producto

Advanced 1JN4 Series 45° Elbow JIC Male 37° Flare to NPT Male Hydraulic Adapter

The 1JN4 Series is a high-performance directional fluid connection component specifically engineered for 45-degree angular transitions between American SAE J514 / ISO 8434-2 female JIC swivel hose assemblies and ANSI/ASME B1.20.1 tapered NPT female manifold ports. Featuring a precision-machined JIC male 37° flare cone end paired with a tapered NPT male thread stud on a forged 45° elbow body, this adapter relieves hose bend stress, optimizes routing envelopes, and delivers zero-leak reliability under severe dynamic pressure impulses.

Core Hydraulic Advantages

45° Smooth Angular Routing: Provides an ideal transitional angle that prevents sharp hose kinks and reduces mechanical fatigue on flexible assemblies, maintaining streamlined laminar flow and minimal pressure drop in congested machinery compartments.
Tapered NPT Thread Sealing Dynamics: Precision-cut 60-degree tapered pipe threads wedge tightly into mating internal NPT ports, establishing a dependable mechanical seal (or enhanced seal with anaerobic thread sealant) resistant to high pressure and fluid migration.
SAE J514 / ISO 8434-2 37° Flare Sealing: Precision-machined 37-degree cone nose mates seamlessly with standard female JIC swivel hose ends, providing an airtight, vibration-resistant metal-to-metal dry seal without elastomeric O-rings.
Exceptional Blowout Resistance: Precision CNC-machined from your choice of premium high-strength carbon steel or corrosion-resistant 304/316 stainless steel, delivering maximum pull-out resistance, dimensional stability, and burst-proof performance under severe pressure spikes.

With optional zinc-nickel alloy surface treatment available to significantly extend service life, this hydraulic 45-degree JIC to NPT elbow adapter ensures maximum longevity, structural safety, and leak-proof performance for heavy-duty industrial fluid power networks.