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Estwing Hammer - 16 oz Straight Rip Claw with Smooth Face & Shock Reduction Grip - E3-16S

Estwing Hammer - 16 oz Straight Rip Claw with Smooth Face & Shock Reduction Grip - E3-16S

4.8 (103) · € 24.99 · En Stock

Arrives by Thu, Feb 8 Buy Estwing Hammer - 16 oz Straight Rip Claw with Smooth Face & Shock Reduction Grip - E3-16S at

Estwing's Rip Claw Solid Steel Hammer provide unsurpassed balance and temper. The head and handle are fully polished and forged in one piece. Our exclusive Shock Reduction Grip is molded on and offers the utmost in both comfort and durability, while reducing vibrations caused by impact.

This nylon-vinyl shock reduction grip rip hammer is perfect for driving and removing nails. Fully polished forged one-piece solid steel construction eliminates loose heads while the nylon vinyl deep cushion grips bonded to steel handle for comfort and durability. Since 1923, the Estwing family and its employees have taken pride in designing and manufacturing the world's most durable, comfortable and attractive striking and struck tools. All claw hammers, axes, specialty tools and pry bars are manufactured to the highest possible standards and offer a true value to both tradesmen and craftsmen alike.

ESTWING Hammer - 16 oz Straight Rip Claw with Smooth Togo

Estwing 16 oz. Solid Steel Rip Hammer at Menards®

Balance and temper are unsurpassed. It has a bonded and moulded on Shock Reduction Grip that reduces shock up to 70 percent and will not come off. Est wing hammers are the only hammers that can make this claim. This is the perfect hammer for general, and light to medium duty. Nail hammers are designed for striking common and finishing nails and nail sets.

Estwing 16 oz. Rip Hammer

Estwing Straight Rip Claw Hammer - 16oz – Toolnut

Estwings Rip Claw Solid Steel Hammer provides unsurpassed balance and temper. The head and handle are fully polished and forged in one piece. Our exclusive Shock Reduction Grip is molded on and offers the utmost in both comfort and durability, while reducing vibrations caused by impact.