Hammer EPM E-420-3091 carpentry hammer with steel handle, 600 g head weight

Carpentry hammer EPM E-420-3091 with steel handle and a 600 g head is designed for general woodworking and framing tasks. The tool delivers reliable impact force for driving nails, aligning timber, and light demolition work. Its balanced mass distribution and solid steel handle provide stability and resistance to bending during repetitive use, making it suitable for both professional carpenters and DIY users involved in construction, repair, and assembly tasks.

Advantages

The hammer combines a 600 g forged head optimized for effective striking with a robust steel handle that reduces deformation under load. Its weight provides sufficient momentum to drive common nails efficiently while allowing controlled strikes for precision work. The durable construction supports repeated use on job sites and in workshops with minimal maintenance.

Suitable for

• Driving nails in structural and finishing carpentry
• Timber alignment and assembly of frames
• Light demolition and removal of small fixtures
• General repair and maintenance tasks

Key specifications

• Head weight: 600 g
• Handle material: steel
• Head material: forged steel
• Design: carpentry/framing hammer
• Intended use: woodworking, construction, repair

How to use

Grip the hammer near the end of the steel handle to maximize leverage and control. Position the nail and deliver firm, controlled strikes with the 600 g head until the fastener is set. For alignment tasks, use the hammer face to tap timbers into position; use the claw or appropriate striking surface for light demolition or to remove small fixtures. Inspect the hammer before use to ensure the head is securely attached to the handle and that there are no visible defects.

Usage recommendations

Wear appropriate eye protection and gloves during use. Use the hammer for tasks within its intended scope—driving nails, timber alignment, and light demolition—and avoid exposing the steel handle to corrosive environments or excessive bending stresses. Regularly check for loose components and maintain the striking surfaces to ensure safe, efficient operation.