Dunlop FS-M16 SS Female Rod End Bearing

Description

The Dunlop FS-M16 SS is a robust, maintenance-free female rod end bearing designed for demanding industrial applications. Constructed from high-grade stainless steel, it offers excellent corrosion resistance and durability. It features a standard M16 right-hand female thread for easy integration into various linkage and control systems. This component is engineered to accommodate misalignment and manage both radial and axial loads, ensuring reliable performance.

Specifications

• Manufacturer: Dunlop
• Type: FS-M16 SS
• Product Type: Female Rod End Bearing
• Thread Size: M16 x 2.0
• Thread Direction: Right Hand
• Material: Stainless Steel (SS)
• Bore Diameter: 16mm
• Maintenance: Maintenance-free version

Application

Ideal for use in hydraulic and pneumatic cylinder linkages, control rods, steering mechanisms, and various other applications in automation, automotive, and general mechanical engineering where pivoting joints are required.

CO2 Impact

Choosing a refurbished or surplus component like this Dunlop rod end significantly reduces environmental impact. The production of new steel is energy-intensive, and by reusing this part, you contribute to a more sustainable circular economy. This item saves an estimated 0.36 kg of CO2 compared to manufacturing a new one.

Availability

This item is in stock and ready for immediate dispatch. Order now from PLC2Day for expert support and fast delivery.

FAQ

While exact figures depend on the specific series, a standard M16 stainless steel rod end typically has a static load rating (C0) of around 25-30 kN and a dynamic load rating (C) of 15-20 kN. Always consult the manufacturer's datasheet for precise values for your application.

The FS-M16 SS has a standard M16 right-hand (RH) thread. Left-hand thread versions are typically designated with an 'L' in the part number (e.g., FSL-M16 SS).

A standard rod end of this size can typically accommodate an angle of misalignment between 10 and 15 degrees. This allows for movement and prevents binding in dynamic linkage systems.

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Last Update: Friday, March 13, 2026