2 pc. Dead Blow Hammer Replaceable Steel Striking Faces-45 o - Titan

Enhance the versatility and extend the lifespan of your professional dead blow hammers with the Titan 63642 Replaceable Steel Striking Faces. Engineered for demanding tasks, these durable steel faces provide a robust and effective contact surface for specific automotive and industrial applications, ensuring reliable performance for professional technicians and mechanics.

Key Features

• Durable Steel Construction: Crafted from high-quality steel, these striking faces offer superior strength and longevity, designed to withstand rigorous use in professional environments.
• Convex Striking Surface: The convex design is optimized for effective force transfer and impact on metal components, allowing for precise strikes without damaging the workpiece.
• Enhanced Hammer Usability: Easily replaceable faces allow for quick adaptation to various tasks, maximizing your dead blow hammer's versatility and extending its operational life.
• Seamless Compatibility: Specifically engineered for use with Titan DBX dead blow hammers, including models #63645, #63647, and #63649, ensuring a perfect fit and reliable performance.
• Non-Spark Resistant: Please note that these steel striking faces are not spark resistant and should be used in appropriate, safe environments.
• Convenient Packaging: Each package includes two striking faces, ensuring you have a replacement readily available for continuous workflow.

Applications

These heavy-duty steel striking faces are indispensable for professional technicians and mechanics encountering a variety of tasks that require precise and forceful impacts on metal surfaces. Common applications include dislodging stubborn components during automotive engine and chassis work, installing bearings, setting metal panels, and general repair tasks where a resilient, focused strike is essential. They are particularly effective in scenarios where the unique dead blow action—minimizing rebound and maximizing force transfer—is crucial for efficient operation.