SKF HN 15 100mm Hook Spanner Carbon Steel

SKF Hook Spanner, Plastic Handle, For Lock Nuts With 98mm OD - HN 15

Get your hands on an effective tool for tightening and loosening lock nuts with this hook spanner from SKF. It's a versatile tool that's compatible with an array fasteners, including KM nuts (such as 237-2201). With a minimum jaw capacity of 95mm and a maximum of 100mm, it's a precise fit for commonly used nut sizes. The spanner's accurate sizing reduces the risk of damaging the nut, even when you're under pressure to finish the job.

Get your hands on an effective tool for tightening and loosening lock nuts with this hook spanner from SKF. It's a versatile tool that's compatible with an array fasteners, including KM nuts (such as 237-2201). With a minimum jaw capacity of 95mm and a maximum of 100mm, it's a precise fit for commonly used nut sizes. The spanner's accurate sizing reduces the risk of damaging the nut, even when you're under pressure to finish the job.

Features & Benefits

• Plastic handle provides a stable grip and is resistant to oil and grease• Size designation is laser engraved so you can quickly grab the right tool• Hole in handle for easy hanging• Low skin-contact design reduces the risk of corrosion on the metal parts

• Plastic handle provides a stable grip and is resistant to oil and grease• Size designation is laser engraved so you can quickly grab the right tool• Hole in handle for easy hanging• Low skin-contact design reduces the risk of corrosion on the metal parts

Applications

• Mechanical engineering• Automotive repair• Aerospace industry

• Mechanical engineering• Automotive repair• Aerospace industry

How does a hook spanner keep a grip on a nut?

As the name suggests, the spanner ends in a hook, which grips onto the grooves on the side of the nut. This ensures a firm hold and allows for greater application of tightening or loosening force without the risk of slippage.

As the name suggests, the spanner ends in a hook, which grips onto the grooves on the side of the nut. This ensures a firm hold and allows for greater application of tightening or loosening force without the risk of slippage.