Bored piles or drilled shafts are recommended by piling contractors West Sussex for projects that need heavy-duty concrete pile reinforcements for supporting tall buildings with high vertical loads. These types of piles are cast-in-place concrete piles; which means piles need to be cast on-site as opposed to pre-cast concrete piles, which are used in other piling methods.
Bored piling machines are used to drill shafts into the ground. Piling contractors West Sussex make use of these machines to remove rock and soil from the ground. These specially designed group of equipment consists of drilling tools, grabs, and buckets, which help efficiently set deep foundations. Drilling machines can sink through up to 50 meters of soil, which is typically enough to provide stability to most types of vertical constructions. Another key advantage of using bored pile systems is that it eliminates high noise and vibration levels, which traditional piling systems are notorious for.
Drilled shafts are most commonly used to support tall buildings and huge industrial complexes. These types of structures require extremely strong foundations able to bear thousands of tons in load, especially those that are set on difficult or unstable soil conditions. Choose piling contractors West Sussex that specialise in bored piling instead of a general piling contractor to ensure proper piling and drilling methods. This is an important consideration because just like many deep foundation systems, bored piles can be challenging to construct. Specialist knowledge and expertise are required to ensure proper selection of drilling and piling methods, which typically depend on the type of soil and other site conditions that the location presents. Thorough examination and investigation of the soil conditions will help decide the right drilling technology and piling technique to be deployed in each unique building situation. Experience and knowledge are critical in choosing the proper drilling methods that will help minimise disturbance and compromise of surrounding ground.