Gates G24365-2424 GlobalSpiral MAX Pressure Coupling Code 62 O-Ring Flange Heavy 90 Degree 1-1/2 in ID

The Gates G24365-2424 (cross-reference: 24GSM-24FLH90-094) is a GlobalSpiral™ MAX Pressure hydraulic hose coupling featuring a Code 62 O-Ring Flange Heavy, 90° Bent Tube end connection with a 1-1/2 in. (24) hose ID. Engineered for extreme high-pressure and high-impulse spiral-wire hydraulic hose applications, this coupling is built to handle the most demanding fluid power systems in industries such as construction, mining, oil and gas, and heavy equipment.

Designed for use with Gates MegaSys four- and six-spiral wire hose, the G24365-2424 delivers reliable performance at working pressures up to 6,000 psi. The innovative two-piece, no-skive design eliminates the need for hose skiving before assembly, dramatically reducing fabrication time, labor costs, and the risk of contamination or assembly errors.

Key Features:

• Code 62 O-Ring Flange Heavy, 90° Bent Tube end connection for secure, leak-free sealing in tight routing applications
• 1-1/2 in. hose ID compatibility (Hose Dash Size: -24)
• Up to 6,000 psi working pressure rating for extreme high-pressure hydraulic circuits
• Two-piece, no-skive design — eliminates skiving step, reduces assembly time, labor, odors, fabrication errors, and system contamination
• TuffCoat™ plating — provides more than five times the corrosion resistance of SAE ASTM B117 specification
• Bite-the-wire crimp design — improves coupling retention and blow-off prevention under surge conditions
• Universal stem — one stem works with all spiral-wire hose types, reducing parts inventory by up to 30%
• Available in more than 80 thread end configurations for maximum application coverage
• Compatible with Gates MegaSys 4-spiral and 6-spiral wire hose

The Gates G24365-2424 GlobalSpiral MAX coupling is the professional choice for building reliable, high-performance hydraulic hose assemblies. Its durable TuffCoat™ finish and proven crimp technology ensure long service life even in harsh operating environments.