The 1 inch square drive, deep impact socket from Kennedy® is made from chrome molybdenum alloy steel with a black oxidised finish. The socket is clearly marked making it easy to identify for a quicker selection.

Features and Benefits
• Chrome molybdenum alloy steel for greater durability
• Black oxidised finish for prolonged tool lifespan
• Permanent laser-etched markings for easy tool identification

Standards
• Conforms to DIN 3129

Ideal for assembly and servicing of small precision mechanisms associated with electrical, electronic, ignition and refrigeration work. Sockets have a knurl feature to give a high grip which is essential for a quick tool change when your hands are greasy/oily. Six point bi-hexagon side drive design gives a higher torque than normal sockets, grips worn nuts and will not round off existing nuts. Manufactured from chrome vanadium and are fully chrome plated with a mirror finish and aluminium-free. Chamfered leading edge ensures easy fastener location. Sold as a 29 piece set with metric and imperial sockets.

Features and Benefits
• Mirror finish repels dirt as well as looking aesthetically clean
• Chrome vanadum steel construction makes the product hardy
• Supplied in a snap shut red case to keep all your components together
• Delivers high torque with the double knurl design and side drive

Typical Applications
• Automotive
• Construction
• Repairs
• DIY

Manufactured from chrome vanadium steel with hardened parallel opening jaws that are ground and polished, laser etched with metric graduations for rapid repeatable reference setting. The wide grooved profile of the opening mechanism and coarsely knurled adjusting screw ensures smooth adjustment. Fully insulated, conforms to EN 60900:2012 standards for safe electrical applications up to 1000V.

Crosspoint
Featuring a classic slimline design favoured by the automotive industry. Black high impact plastic handles. Chrome finish alloy steel blades with satin finish. Magnetic tips, hardened and ground to prolong tool life. Flat blades have hexagon bolster to allow extra torque to be applied using a spanner.