Malco Tin Master™ Hammer (TMH1) – 18 oz Tinner’s Hammer with Built-In Drive Cleat Bending Slot
The Malco Tin Master™ Hammer (TMH1) is a jobsite-ready tool built for HVAC and sheet metal pros who need strength, speed, and reliability. This 18 oz. tinner’s hammer is forged from hardened steel and designed for heavy use in tough conditions. What sets it apart is the integrated drive cleat slot—no more reaching for another tool to bend cleats. The built-in slot handles all common cleat sizes and helps you move faster with fewer steps. Every part of this hammer is engineered for performance. Built from forged steel, the Tin Master™ Hammer ensures unmatched durability. Each hammer section is individually hardened and tempered, providing the right balance of toughness and flexibility. It’s tough enough for repeated strikes on heavy-gauge metal without wearing out or breaking down. The handle features a rugged ergonomic grip for all-day comfort and control. Whether you’re swinging full force or choking up for precise hits, the grip keeps the hammer steady in your hand and helps reduce fatigue. The Tin Master™ is built to perform—no frills, just a tough, dependable tool that works as hard as you do.
Features
- Integrated Slot: More than just a hammer—this tool features an integrated slot for bending all sizes of drive cleats, streamlining your workflow and reducing the need for extra tools.
- Ergonomic Comfort : Featuring a custom ergonomic grip handle, the Tin Master™ offers optimal comfort and control, even during extended use, helping you work longer without fatigue. The grip is designed for full swings or a thumb depression providing more precise strikes when choking up.
- Durable Construction: Built from forged steel, the Tin Master™ Hammer ensures unmatched durability. Each hammer section is individually hardened and tempered, providing the right balance of toughness and flexibility.
- Engineered for Performance: Every component of the Tin Master™ is carefully crafted to offer maximum strength, impact, and resiliency, making it ideal for repeated, heavy-duty use.
