Midland Industries CF-40410-SP Crimplok Crimp Ferrule 4 in

Product Description

The MIDLAND INDUSTRIES CF-40410-SP is a Crimplok crimp ferrule designed for permanent hose-end termination in hydraulic and industrial fluid-handling assemblies. Manufactured from plated steel, this ferrule measures 4.19 inches in length with a 4.625-inch inner diameter and a 0.09-inch wall thickness at a 4-inch nominal size. It weighs 1.61 pounds. The CF-40410-SP is crimped onto hose ends using standard crimping equipment and is intended for installation by qualified hydraulic hose technicians or industrial maintenance professionals working with ground joint fittings.

This ferrule is suited for use in industrial hose assemblies requiring a reliable, mechanically crimped hose-end connection. It is specifically rated for use with ground joint fittings. Typical applications include hydraulic lines, industrial fluid transfer hoses, and pneumatic assemblies where a secure, leak-resistant ferrule connection is required. The plated steel construction provides corrosion resistance appropriate for general industrial service environments.

Key Features

• 4-inch nominal size with 4.625-inch inner diameter for precise hose fitment
• 4.19-inch length provides full hose coverage at the crimp zone
• 0.09-inch wall thickness in plated steel construction for durability
• Designed for use with ground joint fittings
• Crimplok design ensures permanent, reliable hose-end retention
• Minimum order quantity of 1 unit

Compatibility

Designed for use with ground joint fittings on 4-inch nominal hose assemblies. Consult hose and fitting manufacturer specifications to confirm crimp die selection and fitment before assembly.

Installation Notes

Installation requires a hydraulic hose crimping machine with the correct die set for a 4-inch nominal ferrule. Power down all hydraulic or pneumatic circuits and relieve system pressure completely before disassembling any hose ends. Follow the crimp specification sheet for the correct finished crimp diameter. Completed assemblies should be pressure-tested before returning the system to service in accordance with applicable OSHA and industry safety standards.