RS PRO Hexagon Nut Driver, 7 mm Tip, 150 mm Blade, 250 mm Overall / 613555

Hose Clip Driver. This high-quality, professional hose clip screwdriver from RS PRO has been designed with the best quality in mind for professionals and DIY enthusiasts. With a flexible shaft, makes screwdriving easier even in hard to reach or inaccessible places. The screwdriver features a hexagonal 7 mm socket driver. Specially shaped handle guarantees anti-slip and comfortable operation. Socket and shaft are manufactured from extra durable, steel. Cellulose acetate handle is virtually indestructible. Features ; Benefits: 7mm socket flexible hose clip Ergonomically designed and comfortable acetate handle for easy operation and higher torque Flexible shaft that allows for accessing hard to reach spots Stylish red colour handle chrome finished shaft Constructed from durable materials that guarantee long-life operation Typical Applications: This screwdriver is typically used by professional tradesmen, engineers or those wishing to complete DIY. The screwdriver is one of the most essential hand tools in any workman ‘s kit. There are many situations and professions where a screwdriver is integral to carrying out a specific task revolving around loosening or tightening fasteners. Most common screwdriver types such as flat-blade and cross-recess have a very wide range of application. Only tip size determines if a tool is suitable for the desired application or not. They are commonly used for: Mechanical and industrial production Woodworking/carpentry Fastening wood to metal Speciality screwdrivers such as TORX, Hex, Tri-Wing etc. are designed for specific applications such as: Electronics repairs Opening consoles - Xbox/ PlayStation Opening Mobile phones Opening MacBooks FAQs: Is this screwdriver magnetised? No, this screwdriver is not magnetised but can be simply magnetised by using one of magnetisers available here at RS e.g. ; 667-3471 667-3471 Is this screwdriver VDE approved? No, this screwdriver cannot be used with electric devices as it hasn't been designed to work under any voltage.