How Do Tamping Rammers Simplify Pipeline Installation?

Construction projects are full of challenges, and overcoming them with powerful machines. Whether it is overhead construction or underground type, every step requires an intense job. It means more labor, machines, cost, and time. Likewise, the pipeline installation process needs time, resources, materials, laborers, and some powerful machines.

When we talk about powerful machines, it is about tamping rammers and the likes of them. These small machines in the construction field can generate massive power to settle various types of ground particles. Before you find a tamping rammer exporter, you need to see this machine’s usage in pipeline installation.

It will make it easier for you to decide when to order, and you might explore the size of tamping rammers to deal with your job. Then you can move on to purchase this amazing machine. You might be wondering about how tamping rammers work in the underground pipeline installation process. Here is a chance to know why this machine is essential for this job.

Making Stable Bedding for Pipes

When installing pipes underground, there are some steps that need to be taken. Construction workers can not just lay down pipes on raw ground. Instead, they have to do bedding first. Bedding is a process of providing enough thickness and cushioning between the core of the ground and pipes.

Not using bedding can make the pipes change their position and get deformed with the passage of time. Many internal changes take place in the ground, which includes displacement of soil particles. It happens due to weather impact and ground activities throughout the year.

Before the process of ramming, bedding is placed. Gravel, sand, and crushed stones are some ingredients in the bedding system of pipes construction workers use. Areas where too much vibration or shocks take place, need crushed stones for bedding. This bedding thickness range is from 150 mm to 200 mm.

More than this range will not be good for the pipes. After placing these materials, workers use tamping rammers to stabilize the bedding. They ensure each particle settles down with the maximum elimination of cavities inside the bedding. They do it for the settlement of gravel and crushed stones for the maximum density they can get inside the bedding layer.

Increasing the Density of Soil

The ramming process of soil needs some time until each particle settles in the soil. This high density makes the soil bear shocks and vibrations from the surroundings. Then the pipe neither moves from its position nor faces much damage from other factors of the soil.

If the density remains low, soil movement will take place within the bedding. That is the reason why tamping rammers work well for this settlement of each particle of soil. The denser the soil around the pipes is, the higher support that soil will give to the pipes.

High Density Supports the Pipes from Underground Damages

If workers ram the soil properly, it will bear the pressure of traffic and nearby construction works. Pipes can get continuous vibration from the traffic above the ground. Different heavy vehicles move on the road every day, which raises the risk of damage to pipes underground. They can slide or shake in case extremely high pressure is imposed through massive traffic.

However, if the soil is thick and well-rammed, it will tackle such challenges with strength for a long time. Moreover, construction works near the pipelines are prone to cause damage to it. If the soil is not thick enough, it will pass the shocking waves from the construction machines to the pipe. Workers have to meet the thickness and density at a high rate to provide protection to pipes.

Compaction and Ramming of Backfill for Stability

The above was all about the internal ramming on bedding, and now we will discuss ramming on backfill. Once the pipes settle down after the installation process, backfilling starts. This process is not just about filling back the soil in the trench but ramming the soil thoroughly. When construction workers fill the whole soil, they have to do the ramming again with tamping rammers.

This makes the upper layer of the ground get suppressed well enough. If they do not perform compaction or ramming, the upper soil will remain shallow because of low density. Then the soil will allow every kind of element to seep through it to reach the pipes. Then the pipes may get some damage since the upper soil is not dense enough to create a barrier.

Why Do Contractors Prefer a Tamping Rammer for this Job?

There are many machines out there, but contractors prefer tamping rammers. Why do they prefer it? A primary benefit is their size and compact design. With the help of it, operators can use them with a high grip. The other benefits are below.

It Can Work in Complex and Narrow Places

Contractors purchase them from a tamping rammer exporter because of the size. Their small size makes them capable of working in narrow areas. Since trenches are also narrow areas, workers use tamping rammers to suppress the soil.

Easy to Operate

Operators can move it in different directions as per their needs. All they have to do is hold the machine firmly to do ramming efficiently. That is why tamping rammers are suitable for the pipeline installation process. Workers can switch them on and off to perform operations wherever they want.

It Has an Immense Power of Ramming

Due to their massive power, they can suppress and settle down powerful particles in the soil. The amount of ramming with high vibration they create is so powerful for sand particles. Likewise, they consistently do it for uniformity in the process. The whole spot gets full pressure and force from the tamping rammer.

Our Thought

In the end, you will decide to purchase some of the tamping rammers for your construction projects. Here is a tip for you; choose a tamping rammer exporter who has the most durable machines at a very low price. You might not need to search for that long.