Name: 6J-LN Straight Bulkhead JIC Male 37° Flare
Brand: DAFLUID
SKU: 6J-LN
Availability: InStock

Descripción del Producto

Advanced 6J-LN Series Straight Bulkhead JIC Male 37° Flare Hydraulic Union Adapter with Locknut

The 6J-LN Series is a heavy-duty straight fluid connection component specifically engineered for partition and panel-mount transitions within SAE J514 / ISO 8434-2 standard hydraulic architectures. Featuring symmetrical JIC male 37° flare cone ends flanking an extended threaded bulkhead shank with a heavy-duty locknut, this adapter provides secure mechanical mounting through chassis plates, walls, or brackets while ensuring zero-leak fluid conveyance between two female JIC swivel hose assemblies or flared tubes under extreme dynamic pressures.

Core Hydraulic Advantages

Rigid Bulkhead Mounting: Elongated UN/UNF straight thread section accompanied by an integrated stop hex and a high-strength locknut allows secure clamping across structural partitions, effectively isolating external hose tugging and vibration from inner circuitry.
SAE J514 / ISO 8434-2 37° Flare Sealing: Precision CNC-machined 37-degree male nose seats on both ports mate seamlessly with female JIC swivel fittings, establishing airtight, vibration-resistant metal-to-metal dry seals without requiring elastomeric O-rings.
Full-Flow Straight Bore Architecture: Straight-through internal geometry ensures unobstructed laminar fluid flow with minimal turbulence and negligible pressure drop across the partition boundary.
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 bulkhead JIC union adapter ensures maximum longevity, structural safety, and leak-proof performance for heavy-duty industrial fluid power networks.