In urban construction, concrete structures such as bridges, railways, highways, airports, ports, and docks may suffer from various degrees of damage after prolonged use. The high-pressure water concrete demolition equipment, through high-pressure water jet technology, can complete demolition and crushing operations more safely and accurately without damaging the original structure, and has good application advantages.
1. More secure. The high-pressure water concrete breaking and dismantling equipment does not require close range handheld operation, making it safer for operators. At the same time, during the demolition process, the steel bars can be retained without damaging the original structure of the steel-concrete structure, which belongs to protective crushing and demolition, making the original structure safer.
2. Applicability. Traditional mechanical crushing is inefficient and difficult to operate when working on the side and top, making it impossible to carry out crushing construction in narrow gaps. High pressure water concrete crushing equipment can easily achieve operations in horizontal, vertical, ground, roof, and narrow spaces.
3. More precise. The equipment is programmed to precisely control the crushing area and depth by controlling pressure, flow rate, and number of blows. The interface and edges of the crushed concrete are very neat. In actual crushing, the parts that need to be dismantled can be selected according to specific needs.
4. More environmentally friendly. Traditional mechanical crushing produces a lot of noise and dust, which has a significant impact on the surrounding environment. The use of high-pressure water jet to break down concrete does not produce dust, and noise pollution is greatly reduced.
5. More economical. Compared with other types of crushing methods, hydraulic demolition of concrete is faster, more efficient, and more precise, with a shorter construction period and more economic advantages.
In summary, the high-pressure water concrete breaking and dismantling equipment can accurately control the area, depth, and intensity of crushing and dismantling through automated and digital instruction based construction methods, setting the pressure of high-pressure water, making crushing construction safe, fast, and precise. In addition, there is no damage to the steel bars of steel-concrete structures, and surface pollutants can be removed, allowing for better adhesion between the steel bars and new concrete.
