Electric Demolition Hammers

Corded Impact Hammers

Learn more in “How to Choose an Electric Demolition Hammer” .

Corded impact hammers are designed for demolition of concrete, reinforced concrete, stone, brick and other hard construction materials, as well as removal of old surfaces and demanding renovation work. When choosing a model, compare impact energy, power, tool weight, accessory mounting system and comfort during prolonged operation.

What to Consider When Choosing an Impact Hammer

• Impact energy (J) — one of the main performance specifications of a demolition hammer. Higher impact energy is generally more suitable for demanding demolition. Learn more in “What Is Impact Energy (J)?” .
• Power (W) — indicates the electrical power class of the tool and should be considered together with impact energy, tool weight and intended workload. Learn more in “How to Choose Tool Power (W)” .
• Accessory mounting system — SDS Max, HEX and other systems are not interchangeable. Chisels and points must match the exact mounting system of the tool. Learn more in “Differences Between SDS Plus, SDS Max, and HEX Systems” .
• Weight and ergonomics — heavier tools can suit demanding demolition, while balance, handle position and controllability become increasingly important during prolonged use. Learn more in “Tool Ergonomics, Weight, and Safety Systems” .
• Impact rate — indicates the number of impacts per minute and should be evaluated together with impact energy rather than as an isolated specification.
• Vibration control and safe operation — vibration reduction and correct working position are particularly important during prolonged demolition. Learn more in “How to Use a Demolition Hammer Safely” .
• Workload — occasional work and daily professional demolition require different tool classes. Learn more in “Differences Between Professional and Household Power Tools” .

At ToolsArmenia, you can compare corded impact hammers by power, impact energy, mounting system, tool weight and operating comfort to choose the appropriate model for the type and intensity of demolition work.