Bits & Sockets Sets FACOM

ED.60T - Bits High Perf '- Security

Impact bit, series 2, drive external hexagon 8 mm (5/16 inch), output Pozidriv PZ4 , product thicknesses: use with impact drivers, burnished , technical data: L [mm]: 32, Pozidriv [no.]: PZ4. [G]: 1 2 UK

1 pair each Cuddly and warm: For cold feet Non-slip: Thanks to nubs on the underside

This Facom 1/2" to 3/8" coupler accessory allows you to adjust your tools to suit the needs of every job, quickly and simply. Using this accessory means you no longer have to hunt around for additiona more→l tools to suit a certain bolt or nut, you can simply adapt your existing tool, therefore saving time and effort. It is made of Chrome vanadium steel for strength and durability, so is certainly up to the job. In a stylish matt chrome finish. This socket is for manual use only.

This Facom 3/8" to 1/2" coupler accessory allows you to adjust your tools to suit the needs of every job, quickly and simply. Using this accessory means you no longer have to hunt around for additiona more→l tools to suit a certain bolt or nut, you can simply adapt your existing tool, therefore saving time and effort. It is made of Chrome vanadium steel for strength and durability, so is certainly up to the job. In a stylish matt chrome finish. This socket is for manual use only.

Titanium High Perfomance Phillips Bit Ph1

ETORM.106 No.6 Torq Set Aero-bit by Facom

Facom EV.206 XZN Spline Socket Bit M6 5/16" Hex Drive.

Higher torque without damage to fasteners ! The OGV® profile is achieved by a succession of curves instead of the flats found in conventional sockets. More powerful tightening: Larger cont more→act area between socket and fastener minimises stress. Less wear: Torque is transmitted through the fastener flats instead of the corners. Increased durability: Stress concentration in the corners is eliminated.

Higher torque without damage to fasteners ! The OGV® profile is achieved by a succession of curves instead of the flats found in conventional sockets. More powerful tightening: Larger conta more→ct area between socket and fastener minimises stress. Less wear: Torque is transmitted through the fastener flats instead of the corners. Increased durability: Stress concentration in the corners is eliminated.

Higher torque without damage to fasteners ! The OGV® profile is achieved by a succession of curves instead of the flats found in conventional sockets. More powerful tightening: Larger cont more→act area between socket and fastener minimises stress. Less wear: Torque is transmitted through the fastener flats instead of the corners. Increased durability: Stress concentration in the corners is eliminated.

Higher torque without damage to fasteners ! The OGV® profile is achieved by a succession of curves instead of the flats found in conventional sockets. More powerful tightening: Larger cont more→act area between socket and fastener minimises stress. Less wear: Torque is transmitted through the fastener flats instead of the corners. Increased durability: Stress concentration in the corners is eliminated.

Higher torque without damage to fasteners ! The OGV® profile is achieved by a succession of curves instead of the flats found in conventional sockets. More powerful tightening: Larger cont more→act area between socket and fastener minimises stress. Less wear: Torque is transmitted through the fastener flats instead of the corners. Increased durability: Stress concentration in the corners is eliminated.

Higher torque without damage to fasteners ! The OGV® profile is achieved by a succession of curves instead of the flats found in conventional sockets. More powerful tightening: Larger conta more→ct area between socket and fastener minimises stress. Less wear: Torque is transmitted through the fastener flats instead of the corners. Increased durability: Stress concentRatchet ion in the corners is eliminated.