Genius Tools Budd Wheel Impact Socket Set 8 Piece SAE 3/4 Inch Drive Heavy Duty CR-Mo Steel - CD-608S4

Genius Tools Budd Wheel Impact Socket Set 8 Piece SAE 3/4 Inch Drive Heavy Duty CR-Mo Steel - CD-608S4 Budd Wheel Impact Socket Set

SKU: CD-608S4. This 3/4" drive SAE Budd wheel impact socket set is built for high-torque service work where strength, fit, and durability matter. Made from Chromium Molybdenum Alloy Steel (CR-Mo), it is designed to handle repeated impact use while offering anti-corrosive properties.

Designed and made for professional technicians, this set meets or exceeds ANSI standards and is backed by the Genius Tools Limited Lifetime Warranty against manufacturer defects. The deep impact sockets support secure engagement and reliable power transfer when working with Budd wheel and heavy-duty fastener applications.

Key Benefits

• 3/4" drive SAE Budd wheel impact socket set for heavy-duty fastening tasks.
• CR-Mo alloy steel construction provides strength, durability, and impact resistance.
• Anti-corrosive material properties help maintain performance in harsh shop environments.
• Meets or exceeds ANSI standards for consistent, professional expectations.
• Deep impact socket profiles help improve access on recessed fasteners.
• Precision fit helps reduce rounding and supports efficient torque transfer.
• Backed by Genius Tools Limited Lifetime Warranty against manufacturer defects.

What’s Included

• 3/4" Dr. Budd Wheel Deep Impact Socket
• 669524S 3/4" Square Deep Impact Socket
• 669526S 13/16" Square Deep Impact Socket
• 669534 1-1/16" Deep Impact Socket
• 669536 1-1/8" Deep Impact Socket
• 669538 1-3/16" Deep Impact Socket
• 669540 1-1/4" Deep Impact Socket
• 669544 1-3/8" Deep Impact Socket
• 669548 1-1/2" Deep Impact Socket

This set is a practical choice for shops that want dependable 3/4" drive Budd wheel impact sockets in common SAE sizes. With CR-Mo strength, ANSI-aligned performance expectations, and a warranty focused on manufacturer defects, it supports long-term, repeatable use in demanding service conditions.