Spiralweld Pipe and Fin Piles: All You Should Know

Published On: August 11, 20200 Comments on Spiralweld Pipe and Fin Piles: All You Should KnowLast Updated: February 9, 20242.8 min read

Pile pipes are important elements when erecting new structures. They help support impact and uplift loads. Essentially, a pile pipe represents are prebuild structure that helps deep foundations to bear large loans. Normally, engineers will hammer these structures on the ground. Soil friction keeps them in place. Pipe piles come in different types.

Spiralweld Pipe and Fin Piles

The choice you make is dependent on the nature of the ground. Fine piles can be used in a myriad of applications. From marine dolphins, tower foundations, to abutments, Spiralweld pipe and fin piles have so much to offer. Here is all you should know regarding fin piles.

Why Are Fin Piles So Special?

Just like their traditional based pipe piles, fin piles can be used in a number of construction projects. They are similar to traditional based pipe piles. The only difference is in design. They are outfitted with angles plate fins. These plates help optimize the construction project results.

Superior Tensile, Compressive Strength

One of the best things about fin piles is that they have superior strength. Remember, you have to use a hammer to drive a traditional pile to the ground. Soil friction will then keep it in place. That’s why piles have the strength necessary for handling large tensile as well as comprehensive loads. Normally, piles are driven into the ground like screws. This creates extra friction (i.e. due to soil deformation).



Inexpensive and Convenient

When it comes to construction, nothing takes center stage quite like costs. Construction managers are looking for ways to cut down on construction costs. And that’s what fin piles bring on the table. For instance, if you want to erect a structure in soft ground, then go for fin piles. They have enhanced strength. As opposed to conventional piles, there is no need for many fin piles when it comes to holding up the structural load. Plus, you don’t have to install long fin piles. The tensile strength takes care of this issue. Consequently, you will end up saving a lot of money.

Spiralweld Pipe and Fin Piles - fin piles

Better Energy Absorption

The function of piles is to absorb shocks like vibrations or earthquakes. They will shield your structure from damages when subjected to these types of shocks. Of course, conventional piles can absorb some shock. However, they have limits. And that’s where fin piles come in. Designed to absorb high levels of shock, you can trust fin piles for all your constriction needs. They can absorb massive shock without losing strength. This makes them ideal in the construction of structures like breasting dolphins.

Application of Pipe Piles

Pipe piles are ideal in the construction of seaports and yard building. They are used in areas such as seal works as well as marine foundations. Also, they can be used to erect structures under a building, bridges, etc. Other uses of the pile pipes include:

  • Onshore, offshore, and highway constructions
  • Tower building constructions
  • Railway construction
  • Construction of dockyard
  • Erecting oil/ gas foundations

The Bottom-Line

Fin pipe piles are extremely important in the construction industry. They are used in different applications. They help support excessive loads. So, if you are looking to strengthen your structure, think fin pipe piles. The above guide contains everything fin pipe piles.


Share This Tip With Your Friends!

About the Author: Handyman tips team

The Handyman Tips Team is a group of authors that provides tips on the Handyman Tips website. The Handyman Tips team consists of real handymen, contractors, carpenters, woodworkers, and experts in home repairs, appliance repairs, and landscaping. The team is always there for visitors to the Handyman Tips website. If you can't find the answer to your question on the Handyman Tips website, one of them will reply to you almost immediately if you contact them through the Ask the Handyman page!

Leave A Comment

Related Posts