Mini Piling Derby
Mini piling is a modern alternative to traditional piling that can offer numerous benefits when compared to regular piling, especially for certain project sites and conditions! Mini piles are much smaller than traditional piles, making the process of installing them easier, cheaper, and more environmentally friendly! If you’re starting a new piling project in Derby and want to know whether mini piling may be right for you, check out our brief guide below to help inform your decision.
Mini piling utilises piles than are both shorter and slimmer, reducing the amount of material needed to create the piles themselves, with the added bonus of requiring smaller bore holes or lower forces to drive the piles into place! Mini piles being smaller and lighter also means that they are easier and cheaper to transport to your site, cutting costs on your project.
Mini piles don’t just help cut down the costs of your project, they can make it far easier to complete too! Mini piles are both easier and cheaper to transport to remote, mountainous, or other difficult to access sites. Not only this, but mini piles are far easier to maneuver and install in sites with low headroom, awkward access, or restricted spaces!
The smaller size of mini piles provides a cost-cutting, versatile option for your piling project that also boasts easier installation. But that’s not all! The smaller size and weight of mini piles means they require less fuel to transport, lower force to drive in place, and fewer pieces of equipment to install. This can reduce the carbon footprint of your piling project significantly compared to traditional piling, not only being friendlier on your budget, but on the environment too!
Finally, mini piles’ slimmer diameter means a less invasive installation process. Installing mini piles produces lower vibrations and noise pollution, is less likely to damage utility lines or pipes, and will minimise disruption to the surrounding earth. This makes mini piling perfect for densely developed or urbanised areas like city centres and industrial centres, where the proximity of people’s homes and offices require a less disruptive piling method and lower levels of noise and vibrations.
