UNI-STUD AL/MG 4.0MM 250 C - H & S Auto Shot

Specifications

• Model Number: 1142
• Material: High-strength Aluminum/Magnesium (AL/MG) alloy
• Diameter: 4.0mm
• Quantity: 250 pieces
• Package Weight: 2 lbs
• Package Dimensions: 1 x 1 x 1 inches

Key Features

• Specialized AL/MG Alloy: Constructed from a specific Aluminum/Magnesium alloy, these studs are engineered for effective repair on advanced vehicle body panels.
• Precision 4.0mm Diameter: Each stud features a consistent 4.0mm diameter, ensuring compatibility with standard stud welding and pulling equipment.
• Bulk Packaging: Supplied in a convenient pack of 250 studs, offering an ample quantity for ongoing repair needs in professional workshops.
• H&S Auto Shot Compatibility: Designed to integrate seamlessly with H&S Auto Shot stud welders and dent pulling systems, ensuring optimal performance.

Applications

• Automotive Dent Repair: Primarily utilized for precise dent pulling and straightening on aluminum and magnesium vehicle body panels.
• Lightweight Vehicle Restoration: Essential for collision repair centers working with modern vehicles that incorporate advanced lightweight materials.
• Corrosion-Sensitive Repairs: Ideal for applications where material compatibility is critical to prevent galvanic corrosion between the stud and the base panel.
• Stud Welding Operations: Used in conjunction with resistance or capacitor discharge stud welders to create secure attachment points for pulling.

Benefits

• Reliable Material Match: Achieve robust and lasting repairs by using studs specifically formulated to match aluminum and magnesium vehicle substrates.
• Enhanced Repair Efficiency: Facilitate quicker and more accurate dent removal processes thanks to the uniform size and specialized material of the studs.
• Prevents Galvanic Corrosion: Employing the correct AL/MG alloy studs eliminates concerns about adverse reactions or compromised repairs on aluminum and magnesium panels.
• Consistent Supply for Professionals: The 250-piece pack ensures a steady inventory of critical consumables, minimizing interruptions during demanding repair schedules.