Midland Industries S-1150-SP2 Steel Crimp Hose Ferrule

Product Description

The MIDLAND INDUSTRIES S-1150-SP2 is a light-duty steel crimp ferrule designed for securing hose assemblies in fluid transfer and low-pressure hydraulic applications. Manufactured from low carbon 1008 steel, this ferrule features a 1.15-inch inner diameter and an overall length of 0.843 inches. The hole diameter measures 0.875 inches, and the metal wall thickness is 0.025 inches. Hardness is rated at 30 to 55 on the Rockwell scale, providing consistent crimp performance without cracking under standard crimping tool pressure. At 0.015 pounds, it is a compact, lightweight component suited for production and field assembly work.

This ferrule is used in hose fitting assemblies where a low carbon steel crimp sleeve is specified for light-duty service. Typical applications include plumbing, fluid handling, and general industrial hose terminations where the hose outer diameter matches the 1.15-inch ID of this ferrule. It is compatible with standard crimp tooling used by plumbers, pipefitters, and industrial maintenance technicians. The light-duty designation makes it appropriate for non-high-pressure service conditions.

Key Features

• 1.15-inch inner diameter for consistent hose fit and crimp engagement
• Low carbon 1008 steel construction provides reliable formability during crimping
• 0.025-inch wall thickness supports uniform crimp deformation
• Rockwell hardness of 30 to 55 ensures crimp integrity without brittleness
• Compact 0.843-inch length suits short-shank hose end terminations
• Light-duty classification for general fluid transfer and low-pressure hose assemblies

Compatibility

Designed as a light-duty crimp ferrule for hose assemblies requiring a 1.15-inch inner diameter steel sleeve, compatible with standard crimp tooling for that ferrule size.

Installation Notes

Installation is performed by plumbers, pipefitters, or industrial assembly technicians using calibrated crimp tooling matched to the ferrule diameter. Confirm hose outer diameter matches the ferrule inner diameter before crimping. Use tooling rated for the ferrule material and wall thickness to avoid under-crimp or over-crimp conditions. Inspect the finished crimp for uniform deformation around the full circumference before placing the assembly into service.