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When breaking Concrete, the breaker is expected to penetrate the material, allowing it to crack and shake loose from the reinforcing steel. High frequency breakers tend to provide better performance in this application as it is not the energy per blow, but the fast blow rate that destroys the concrete’s structural integrity. We recommend on concrete walls, footings, and floors to use a 750 – 1,500-ft. lb. breaker. With larger projects, consisting of large footings greater then 4 cubic yards, use a 2,000 – 5,000-ft. lb. breaker. The high production demand of bridge and building demolition requires a 7,500 – 10,000-ft. lb. breaker.If you are interested in the cost-effective and efficient Hydraulic hammers breaker, please contact us.
When breaking Concrete, the breaker is expected to penetrate the material, allowing it to crack and shake loose from the reinforcing steel. High frequency breakers tend to provide better performance in this application as it is not the energy per blow, but the fast blow rate that destroys the concrete’s structural integrity. We recommend on concrete walls, footings, and floors to use a 750 – 1,500-ft. lb. breaker. With larger projects, consisting of large footings greater then 4 cubic yards, use a 2,000 – 5,000-ft. lb. breaker. The high production demand of bridge and building demolition requires a 7,500 – 10,000-ft. lb. breaker.If you are interested in the cost-effective and efficient Hydraulic hammers breaker, please contact us.
