Adjustable Sliding T-Bar Handle Jonnesway S23H41250 1/2" drive, 250 mm

Jonnesway S23H41250 is an adjustable sliding T-bar handle with a 1/2" square drive and a 250 mm bar length. The tool is designed to work with standard 1/2" sockets for fastening and loosening nuts and bolts. Its sliding handle allows rapid change of leverage position and improved access in confined or awkward spaces, making it suitable for automotive, maintenance and mechanical tasks where controlled torque and clearance are required.

Advantages

The sliding T-bar construction permits quick adjustment of the handle position along the bar to increase leverage or reduce profile for tight spaces. A 1/2" square drive provides compatibility with a wide range of sockets and accessories, while the 250 mm length balances reach and control. The simple, robust design ensures straightforward operation and long service life under normal workshop use.

Suitable for

• Automotive repair and wheel work
• General mechanical assembly and disassembly
• Maintenance tasks in workshops and industrial settings
• Working in confined spaces where adjustable leverage is needed

Key specifications

• Drive size: 1/2" square drive
• Bar length: 250 mm
• Type: Adjustable sliding T-bar handle
• Compatibility: Designed for use with standard 1/2" sockets and accessories
• Material: Durable metal construction suitable for workshop use

How to use

Select a compatible 1/2" socket and push it onto the square drive. Slide the T-handle along the bar to the desired position to increase leverage for loosening or move closer to the drive for confined spaces. Apply steady, controlled force to turn fasteners; avoid sudden impacts or excessive bending loads. After use, wipe the tool clean and store it with socket sets to prevent corrosion and loss.

Usage recommendations

Use in combination with appropriate sockets and avoid using cheater pipes or hammer impacts on the handle. For best results, match the handle position to the required torque and use calibrated torque tools when precise torque values are needed.