GRIP 3pc Deadblow Hammer Set – 12oz Brass, 1lb Ball-Peen, 1/2lb Dead Blow Mallet | Metal Shaping for Home, Garage, Workshop

Overview

The GRIP 3pc Deadblow Hammer Set brings versatile control to busy home shops, garages, and professional-style workspaces. Whether you’re seating parts, aligning panels, or shaping metal, this trio covers common tasks with less risk of surface damage. The 12 oz brass hammer is ideal for non-sparking, gentle contact where metal-to-metal friction matters. The 1 lb ball-peen hammer provides a familiar balance for conventional striking, punching, and chiseling tasks. The 1/2 lb dead blow mallet offers a softer touch for non-marring impacts that preserve finishes while still delivering dependable impact.

The set is built for comfort and efficiency. Fiberglass handles are designed to transfer force effectively while damping vibration, helping you maintain control through long sessions. Each head is paired with a sturdy, ergonomic grip to reduce fatigue and improve precision. Use cases range from automotive assembly to metalworking and light machinery assembly, making routine tasks feel smoother and more predictable.

What’s Included

• 12 oz brass hammer for non-sparking work
• 1 lb ball-peen hammer for conventional striking
• 1/2 lb dead blow mallet for non-marring impacts

Key Benefits

• Fiberglass handles maximize force transfer, reduce rebound, and absorb shock
• Brass head provides non-sparking, non-marring contact when surfaces must stay pristine
• Balanced weight distribution supports precise control across tasks

Real-world Uses

In automotive work, use the brass hammer for seating parts and aligning panels without leaving marks. In metalworking and woodworking, drive chisels, fit joints, or shape and straighten unhardened metal with controlled force. In machinery assembly, position heavy parts precisely while safeguarding delicate finishes.

Designed to handle routine shop tasks with a measured, dependable feel, this set is a practical addition to any toolkit focused on quality results and surface integrity.