Parker 722TC-8-CTL Hydraulic Hose -8 Size 4000 Psi

Product Description

The PARKER 722TC-8-CTL is a high-pressure hydraulic hose designed for demanding fluid power applications in mobile and industrial equipment. Built on Parker's 722 Series platform, this hose features a 0.5 inch inner diameter and 0.93 inch outer diameter, rated to 4,000 psi working pressure. The synthetic rubber construction handles a wide operating temperature range of -40 degrees F to 257 degrees F, making it suitable for use in extreme-duty environments. It is sold in 1-foot cut increments with a 5-foot minimum cut length and ships as a 150-foot total coil. Licensed hydraulic technicians and fluid power mechanics are the primary installers.

This hose is well suited for hydraulic circuits on construction equipment, agricultural machinery, industrial presses, and other mobile or stationary systems requiring a -8 hose size fitting connection. The 3.5 inch minimum bend radius keeps routing flexible without kinking the hose wall. The black synthetic rubber jacket resists abrasion, weathering, and oil exposure typical in field and shop environments. The ISO 18752 standard designation confirms performance and dimensional consistency for hose assembly work requiring verified specifications.

Key Features

• 4,000 psi rated working pressure for high-pressure hydraulic circuits
• -8 hose size with 0.5 inch ID and 0.93 inch OD for standard fitting compatibility
• Synthetic rubber construction rated from -40 degrees F to 257 degrees F
• 3.5 inch minimum bend radius for flexible routing in tight spaces
• Meets ISO 18752 performance and dimensional standards
• Sold in 1-foot increments with a 5-foot minimum cut length from a 150-foot coil

Compatibility

Designed as an OEM-style replacement or new-installation hydraulic hose for fluid power systems requiring a -8 hose size at 4,000 psi working pressure, conforming to ISO 18752 standards.

Installation Notes

Hydraulic hose assembly and installation should be performed by a qualified hydraulic technician or fluid power mechanic. Depressurize and isolate the hydraulic circuit completely before removing any existing hose or fittings. Use proper hose cutting and crimping tools to ensure clean ends and leak-free swaged connections. Inspect routing paths to maintain the minimum 3.5 inch bend radius and avoid contact with sharp edges or heat sources.