Name: 1JT9 90° Elbow JIC Male 37° Flare to BSPT Male
Brand: DAFLUID
SKU: 1JT9
Availability: InStock

Обзор продукта

Advanced 1JT9 Series 90° Elbow JIC Male 37° Flare to BSPT Male Hydraulic Adapter

The 1JT9 Series is a heavy-duty directional fluid connection component specifically engineered for 90-degree right-angle transitions between American SAE J514 / ISO 8434-2 female JIC swivel hose assemblies and British/ISO 7-1 tapered BSPT female manifold ports. Featuring a precision-machined JIC male 37° flare cone end paired with a tapered BSPT male thread stud on a robust forged 90° elbow body, this adapter eliminates severe hose bending, conserves tight installation space, and ensures zero-leak reliability under extreme dynamic pressure impulses.

Core Hydraulic Advantages

90° Right-Angle Directional Routing: Enables clean right-angle pipe and hose turns within tight machine envelopes, eliminating sharp hose bends and mechanical fatigue while maintaining full-bore laminar fluid dynamics.
Tapered BSPT Thread Sealing Dynamics: Precision-cut 55-degree Whitworth tapered pipe threads wedge firmly into internal BSPT ports, creating a reliable mechanical seal (or enhanced seal with anaerobic thread sealant) resistant to high dynamic pressures and fluid migration.
SAE J514 / ISO 8434-2 37° Flare Sealing: Precision CNC-machined 37-degree cone nose mates seamlessly with female JIC swivel fittings, establishing an airtight, vibration-resistant metal-to-metal dry seal without relying on 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 90-degree JIC to BSPT elbow adapter ensures maximum longevity, structural safety, and leak-proof performance for heavy-duty industrial fluid power networks.