Tungsten Bucking Bar

About Tungsten Bucking Bar

Our tungsten bucking bars are mainly used on the backside of a metal rivet to counter the hammering force. They can also be used to absorb the force of rivet guns and to reduce the vibration of bucking.

Tungsten Bucking Bar Key Features:

High Density: Tungsten Bucking Bars are known for their impressive density, which delivers optimal energy transfer during riveting, resulting in tight and secure fastenings.

Durable Construction: Crafted from high-quality tungsten, these bucking bars are designed to withstand repeated impacts and provide long-lasting performance.

Versatile Shapes: Our Tungsten Bucking Bars come in a range of shapes and sizes, catering to various riveting applications and allowing access to confined spaces.

Reduced Operator Fatigue: The weight and balance of the bucking bar contribute to reduced vibration and operator fatigue, enhancing productivity and comfort.

Industries We Serve:

Aerospace: Tungsten Bucking Bars are widely used in aircraft and aerospace applications, ensuring precise and secure riveting in critical structural components.

Marine: In the shipbuilding and marine industries, these bucking bars play a vital role in fastening materials that require durability and corrosion resistance.

Manufacturing: Industries ranging from automotive to construction benefit from the precision and efficiency of Tungsten Bucking Bars in assembly processes.

Aviation Maintenance: Aviation maintenance technicians rely on these bucking bars to ensure the structural integrity of aircraft during repairs and overhauls.

Why Choose Tungsten Bucking Bar:

Precision and Durability: Our Tungsten Bucking Bars offer exceptional durability and density, resulting in reliable and precise riveting outcomes.

Technical Expertise: Backed by experts, we provide guidance on selecting the right bucking bar for your specific riveting applications.

Productivity Enhancement: Tungsten Bucking Bars contribute to efficient and accurate riveting, promoting productivity and reducing rework.