Name: 2J Straight JIC Male 37° Flare to JIC Female Swivel 37° Flare
Brand: DAFLUID
SKU: 2J
Availability: InStock

Обзор продукта

Advanced 2J Series Straight JIC Male 37° Flare to JIC Female Swivel 37° Flare Hydraulic Adapter

The 2J Series is a high-performance fluid connection component specifically engineered for straight in-line transitions and line extensions within SAE J514 / ISO 8434-2 standard hydraulic architectures. Featuring a precision-machined JIC male 37° flare cone end paired with a JIC female 37° flare swivel nut, this straight adapter allows effortless coupling and alignment without twisting connected rigid tubing or flexible hose assemblies, delivering exceptional mechanical stability and zero-leak reliability under extreme dynamic pressure impulses.

Core Hydraulic Advantages

JIC Swivel Nut Architecture: The free-spinning female swivel nut enables fast, effortless installation and proper torque tightening onto mating male fittings without transmitting torsional stress or line twist into rigid tubes or flexible hoses.
SAE J514 / ISO 8434-2 37° Flare Sealing Dynamics: Both ends utilize precision-matched 37-degree cone geometry (external cone nose on the male end and internal cone seat on the female swivel end) to establish an airtight, metal-to-metal dry seal capable of withstanding heavy continuous vibration.
Heavy-Duty Hexagonal Profile: Precision CNC-machined body hex paired with the robust swivel nut profile ensures generous wrench engagement for positive counter-holding during high-torque assembly and field maintenance.
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 straight JIC swivel adapter ensures maximum longevity, structural safety, and leak-proof performance for heavy-duty industrial fluid power networks.