Hexagonal Screwdriver Hazet 2100-14 — 14 mm hex driver

Hexagonal screwdriver Hazet 2100-14 — 14 mm hex driver is a hand tool designed for tightening and loosening hexagonal fasteners with a 14 mm tip. Manufactured by Hazet, this tool is built for workshop and professional environments where precise engagement and controlled torque are required. The solid shaft and ergonomically shaped handle ensure stable contact with fasteners and reduce slipping during repetitive tasks.

Advantages

The 14 mm hex tip is manufactured to tight dimensional tolerances to provide accurate fitment with hex bolts and screws, reducing rounding and wear. The handle design offers a secure grip and improved torque transfer, while the robust shaft resists bending under normal workshop loads. Materials and finish are selected to withstand frequent use and to provide reliable long-term performance.

Suitable for

• Automotive repair and maintenance involving 14 mm hex fasteners
• Assembly and disassembly of machinery and equipment
• Workshop tasks that require precise manual torque control
• Professional service and maintenance work on industrial fittings

Key specifications

• Tip type: 14 mm hex (hexagonal) tip suitable for standard hex fasteners
• Tool type: hand screwdriver/hex driver for manual use
• Drive: manual, designed for hand-applied torque
• Construction: solid shaft with ergonomic handle for improved grip
• Intended environment: workshop and professional use

How to use

Position the 14 mm hex tip onto the hexagonal fastener ensuring full engagement before applying torque. Apply steady, even manual force through the handle to turn the fastener; avoid sudden impacts or excessive twisting beyond the fastener's rated torque. When loosening, turn counterclockwise; when tightening, turn clockwise. Inspect the tip engagement periodically and clean debris from the tip and fastener contact surfaces to maintain accurate fit.

Usage recommendations

For best results, use the Hazet 14 mm hex driver on compatible hex fasteners with matching dimensions and avoid using the tool as a lever or prying device. Combine with appropriate torque measurement methods when specific torque values are required. Store the tool in a dry environment and inspect it regularly for wear or damage.