Unior Socket 3/8'' Työkalu

Socket 3/8", 6 point.

• material: premium flex chrome vanadium steel
• drop forged, entirely hardened and tempered
• surface finish: chrome
• polished
• made according to standard ISO 2725-1 (only metric dimension)

Profiles: 

• Premium Flex

Excellence that can withstand high torque
A lower susceptibility to cracking is particularly important for tools such as socket wrenches. Tool steel with a higher chrome and manganese content guarantees a higher tensile strength. An appropriate carbon content simultaneously ensures the corresponding hardness of the tool. Premium Flex chrome vanadium steel, an alloyed tool steel with manganese, chrome and carbon, allows for the redesign of tools that can withstand high torques.

Alloyed tool steel 25CrMo4, in accordance with EU directive 2000 / 53 / EC.

• 0.75 % manganese for higher tensile strength and ductility
• 1,00 % chrome for lower susceptibility to cracking and higher tensile strength
• 0.35 % carbon for appropriate tool hardness

Tools made from high-quality chrome vanadium steel with a higher content of selected alloyed elements can now be even better adapted to specific uses, due to their suitability for high torques and their corresponding strength.

Simple use

The operation of the ratchet accommodating the sockets is based on a 75-tooth mechanism, which divides the 360° full circle into sections of 4.8-degree angles and thus guarantees simpler use even at nearly inaccessible points. With larger ratchet increments, fewer turns and less effort, you can achieve greater reliability and higher precision.

Accuracy

Together with the indispensable ratchets, Unior sockets allow even, predictable and precision tightening and loosening of screws and nuts -working with Unior ratchets is safer and more accurate.

Safety

Special socket retention system with a one-touch release button ensures greater safety at work and an increased socket locking speed.

* Images of products are symbolic. All dimensions are in mm, and weight in grams. All listed dimensions may vary in tolerance.