Kipp K0367.28 Split Ring 28mm Od Stainless Steel

Product Description

The KIPP K0367.28 is a split ring designed for use in mechanical assemblies where a lightweight, low-profile retaining or positioning element is required. Manufactured from 1.4310 stainless steel with a natural finish, this ring offers corrosion resistance suitable for demanding environments. It measures 26.3mm inner diameter, 28mm outer diameter, and 1.7mm thick. The split design allows for quick installation and removal without specialized tooling, making it well suited for applications where frequent service access is expected. Technicians and assemblers working in industrial, HVAC, or mechanical maintenance settings will find this ring a reliable fastening component.

This split ring is appropriate for use in light mechanical assemblies, panel mounting, shaft retention, and similar applications where a small-diameter stainless retaining ring is specified. The 26.3mm ID accommodates correspondingly sized shafts or housings, and the 1.4310 stainless steel construction makes it suitable for environments with moderate moisture or corrosion exposure. It is sold individually with a minimum order quantity of 5 units.

Key Features

• 1.4310 stainless steel construction for corrosion resistance
• Natural finish, no coating or plating that could affect tolerances
• Split ring design allows tool-free installation and removal
• Low-profile at 1.7mm thick, suitable for space-constrained assemblies
• Lightweight at approximately 0.01 pounds per unit

Compatibility

Designed as an OEM-style replacement or service part for mechanical assemblies requiring a 28mm OD split ring with a 26.3mm ID bore.

Installation Notes

Installation is typically performed by a mechanical technician or assembler. Ensure the mating shaft or housing is clean and free of debris before seating the ring. Power down or de-energize any associated equipment before servicing components that incorporate this ring. Avoid over-stressing the split gap during installation, as excessive spreading may deform the ring and compromise its retaining function.