Ultimate Whittet Higgins Blm-17 Bearhug Retaining Nut M85 X 2,0 Up To 50% Off [qC79Brz5]

Whittet Higgins BLM-17 Bearhug Retaining Nut

The Whittet Higgins BLM-17 Bearhug Retaining Nut M85 x 2,0 is a versatile mechanical lock retaining nut designed for precision alignment and secure fastening in power transmission assemblies. This advanced nut offers unmatched precision, squareness, and centerline alignment, ensuring reliable performance even under heavy loads and vibrations. Its unique design provides a strong, uniform circumferential locking mechanism that deeply engages with shaft or spindle threads, preventing loosening due to shock, vibration, and high axial loads.

Product Specifications

The BLM-17 Bearhug Retaining Nut features an M85 x 2,0 thread, with an outside diameter of 125.0 mm, a face diameter of 99.1 mm, and a width of 25.0 mm. It can withstand an axial load of up to 386 kN, making it suitable for a wide range of applications. The nut is secured with a M6 lock screw, ensuring a tight and secure fit. This version of the Bearhug Retaining Nut is crafted with ISO Metric threads, offering closer tolerances and superior quality compared to other metric Whittet-Higgins products.

Applications and Benefits

The Whittet Higgins BLM-17 Bearhug Retaining Nut is ideal for various machinery and equipment where precision alignment and secure fastening are crucial. Its superior holding power and resistance to loosening make it an excellent choice for applications in industries such as automotive, aerospace, and heavy machinery. By using this retaining nut, you can benefit from the following:

Consistent precision and squareness for reliable performance

Strong, uniform circumferential locking for resistance to vibration and shock

Superior holding power for secure fastening under heavy loads

ISO Metric threads for closer tolerances and superior quality

With its advanced design and numerous benefits, the Whittet Higgins BLM-17 Bearhug Retaining Nut is the perfect choice for ensuring precision and reliability in your power transmission assemblies.