Socket KS Tools 150.9422 1 head Chromium-vanadium steel 220 g

The KS Tools 150.9422 socket is manufactured from chromium-vanadium steel and designed as a single-head tool weighing 220 g. It provides a compact, durable solution for applying torque to fasteners in automotive, mechanical and general maintenance tasks. The solid construction and metal composition contribute to consistent performance and long service life under frequent use.

Advantages

The chromium-vanadium steel construction delivers a balance of hardness and toughness that resists wear, deformation and corrosion in typical workshop conditions. The single-head design offers straightforward engagement with nuts and bolts and simplifies tool selection when a specific drive size is required. With a moderate weight of 220 g, the socket combines robustness with manageable handling during repeated operations.

Suitable for

• Automotive repair and maintenance
• Mechanical assembly and disassembly
• Workshop servicing and routine tightening tasks
• Use with compatible ratchets and torque wrenches

Key specifications

• Material: chromium-vanadium steel
• Configuration: single socket head
• Weight: 220 g
• Surface: metal finish suitable for workshop use

How to use

Select a compatible ratchet or torque wrench and attach the socket by aligning the drive square with the tool’s drive. Fit the socket over the fastener head and apply steady torque while maintaining alignment to avoid rounding the fastener. For torque-critical applications, use a calibrated torque wrench and set the specified torque value for the fastener. After use, clean the socket of debris and store it in a tool set or protective tray to prevent damage.

Usage recommendations

Use the socket with the correct drive size and avoid excessive impact loading with power tools unless the socket is rated for impact use. Regularly inspect the socket for wear, cracks or rounding; replace if any damage is found. Apply light corrosion protection if storing in humid environments to maintain material integrity.