Pile Foundation

Making Strongest Pile Foundation for the Future

Piling is a kind of deep foundation construction done to transfer and manage the structural load on a deeper level. The piles used in this type of construction are long cylindrical structures made of concrete, wood or steel, pushed into the ground to provide sturdy support to the structures built on it.

The 2 common types of pile foundations are End Bearing piles, the one where the bottom of it rests on a strong surface bypassing the weak and strong layer of soil, and Friction piles, which transfers the load of the building to the soil across the full height of the pile, by friction.

Building pile foundations is an ideal option when the water table is high and the soil layer on the surface is weaker for more than 2 meters, the structure above has heavy, concentrated loads and the spread footing won’t be able to bear the weight. So the building structure needs to bypass this layer and transfer the weight to the stronger base at depth.

Piling 1(1)

The Process

  1. Bored cast-in situ pile is constructed by digging a hole in the ground by percussive or rotary method.
  2. Drilling of mud is done using a temporary or permanent casing.
  3. Drilling buckets are adapted for digging loose, cohesionless soil or soft clays below the water table.
  4. Next, the construction is finalised by filling the hole with reinforced concrete.

Solutions We Provide

  1. Precast Concrete Piles to bring extra strength. We offer precast piles in different sizes and shapes as required by the construction project. These piles can be pre-stressed too.
  2. Cast-in-situ concrete piles, with and without casing. A steel casing driven into the soil, with a mandrel placed inside and withdrawn later to be filled with concrete.

Related Projects

Mumbai Metro line - 3 Package 2 (L&T)

Mumbai Metro line - 3 Package 1 (L&T)

Western Railway (Mahalaxmi)

Mumbai Metro line - 3 Package 7 (L&T)

Our Other Projects

Rig .No OwnerAsset DetailsManufacturing YearMachine Sr. No.Engine Sr. No
1Eastman InfrastructurePiling Rig Mait HR 1302006HR-1302991032BEJ11075
2Eastman InfrastructurePiling Rig Mait HR 1802007HR1802511233MBD08547
3Eastman InfrastructurePiling Rig Mait HR 1802008HR1802940630MBD06891
4Eastman InfrastructurePiling Rig Mait HR 1302009HR1303901130JRA01137
5Eastman InfrastructurePiling Rig Mait HR 1302009HR1303971137JRA01385
6Eastman InfrastructurePiling Rig MAI CAT 18020091800331223C3N00296
7Eastman InfrastructurePiling Rig Mait HR 1302011HR-13074F0724JTF09295
8Eastman InfrastructurePiling Rig Mait HR 1302008HR-1303660527JRA00770
9Eastman InfrastructurePiling Rig Mait HR 1802008HR-1803440216REH15102
10Eastman InfrastructurePiling Rig Mait HR 1802008HR-1803321052MBD08149
11Eastman InfrastructurePiling Rig Mait HR 1302007HR-1303200529BEJ11086
12Eastman InfrastructurePiling Rig Mait HR 1302006HR-1302880506BEJ14469
13Eastman InfrastructurePiling Rig Mait HR 1802018HR-1802AC2530REH09363
14Eastman InfrastructurePiling Rig Mait HR 1802018HR-1802AR2511REH09364
15Eastman InfrastructurePiling Rig Mait HR 1802018HR-1804EX2924REH09397
16Eastman InfrastructurePiling Rig Mait HR 1802018HR-1804NM0916REH09422
17Eastman InfrastructurePiling Rig Mait HR 1802018HR-1804SF0821REH10690
18Eastman InfrastructurePiling Rig Mait HR 300 - 5702017HR3001KR0132.MCW09354
19Eastman InfrastructurePiling Rig Mait HR 1802017HR-1802KW0630REH07940
20Eastman InfrastructurePiling Rig Mait HR 1802017HR-1802BM2613REH07800
21Eastman InfrastructurePiling Rig Mait HR 1802015HR-1809DX2632REH05285

Project Media

A sneak-peak into how the project was executed by our professional and efficient teams.

Piling 3
Piling 1(1)
Piling 1
Anchor 1