Ensure precise and reliable mounting for your chassis components with these Meziere flat tabs. Each tab features a 1/4" hole and measures 11/16" in height, providing consistent alignment for suspension and steering weld-on applications. Their compact dimensions of 10 cm by 8 cm by 2 cm optimize installation space without compromising strength.

Ensure precise and secure mounting with these flat weld-on tabs designed for chassis and suspension applications. Featuring a 7/16" hole and a 1-3/8" tube radius, they provide exact fitment for reliable assembly. Their 15 cm length offers ample surface for strong welds, enhancing durability in demanding conditions.

Enhance chassis stability and simplify suspension modifications with these precisely engineered weld-on flat tabs. Featuring a 3/8" mounting hole and a 1-1/4" tube radius, they provide reliable fitment and structural support for custom builds. Their compact dimensions of 15 cm length and 6 cm width ensure easy integration without adding unnecessary bulk.

Ensure precise and secure mounting with these bent weld-on tabs designed for chassis and suspension customization. Featuring a 3/8" hole and a 1-1/4" tube radius, they provide exact fitment for seamless integration. Their 3/16" height offers durability without adding bulk, making them ideal for professional-grade fabrication.

Ensure precise and secure mounting with Meziere's bent tabs featuring a 3/8" hole for versatile attachment. Measuring 15/16" in height and crafted with a straight design, these tabs deliver reliable fitment in chassis and suspension applications. Their compact dimensions of 10 cm by 8 cm optimize strength without adding unnecessary weight, making them ideal for weld-on installations.

Ensure precise and secure chassis modifications with Meziere's flat tabs featuring a 3/8" hole for reliable attachment. Each tab measures 8 cm by 8 cm with a slim 1 cm height, providing a low-profile yet robust mounting solution. Ideal for suspension and steering weld-on applications, these tabs simplify installation while maintaining structural integrity.