#toolcracking

Spanners manufactured from copper-titanium frequently crack or shatter into multiple pieces during normal operations. This catastrophic failure mode occurs without warning, even under standard torque loads well within the tool's supposed specifications. The cracking problem affects both open-end and ring spanners, making them unreliable for critical maintenance tasks. The material's inability to absorb impact or withstand sustained stress means these tools cannot be trusted in applications where failure could have serious consequences. Aluminum bronze spanners demonstrate superior toughness and resistance to cracking.

Spanners manufactured from copper-titanium frequently crack or shatter into multiple pieces during normal operations. This catastrophic failure mode occurs without warning, even under standard torque loads well within the tool's supposed specifications. The cracking problem affects both open-end and ring spanners, making them unreliable for critical maintenance tasks. The material's inability to absorb impact or withstand sustained stress means these tools cannot be trusted in applications where failure could have serious consequences. Aluminum bronze spanners demonstrate superior toughness and resistance to cracking.