Products (27)

Highly suitable for projects in residential construction, commercial construction, infrastructure, and the energy sector. Can be produced in large lengths and the delivery time is always short. Pre-drilling reduces pile-driving vibrations and a sound barrier during execution provides considerable noise reduction.

Used for underground construction such as tunneling, parking garages, and other projects where the pile heads need to be installed below the ground level. Vibro-combi piles have the same geotechnical bearing capacity and characteristics as vibro piles type HBF.

These in-ground formed and soil-displacing piles can be applied under floors in industrial halls and under pile mats. The combination of the pile and floor can lead to an economical design. The vibro-SD piles are installed at a very high production rate.

This is an in-ground formed and soil-displacing screw pile system, with limited excavated soil. The production is low-vibration and very well suited for foundations near adjacent structures that are sensitive to settlements and/or vibrations.

An in-ground formed and soil-displacing screwed pile system. Soil is laterally displaced, with only the drilling tube containing excavated soil. The production is low-vibration and very well suited for foundations near adjacent structures that are sensitive to settlements and/or vibrations.

A soil-displacing screw pile system formed in the ground and equipped with a prefabricated pile core. The soil is displaced laterally, with drilling soil contained only within the drill pipe. The production process is low-vibration, making it highly suitable for foundations near buildings that are sensitive to damage from settlements and/or vibrations.

An in-ground formed and fully soil-displacing pile system. Applied in projects where vibration-free and/or low-noise production is required for the surrounding environment. Suitable for foundations near adjacent properties and existing (residential) construction, which are sensitive to settlements and/or vibrations.

All the relevant features and geotechnical bearing capacity of HEK screw piles, but with a prefabricated concrete element. Suitable for underground construction, such as tunneling, parking garages, and other projects where the pile heads are installed deep beneath the ground level.

Developed for projects on sandy soil and also applicable to other specific soil conditions. This pile system is non-soil-displacing and has a high production speed. The production is vibration-free and low-noise, making it suitable for foundations near adjacent structures.

Developed for projects in a specific soil condition where full-length reinforcement is required. The pile system is non-displacing and has a high production speed. Production is vibration-free and low-noise, making it suitable for foundation work near neighboring structures.

Over the decades, a wealth of experience has been accumulated in the use of precast driven piles for foundations, which is still widely employed. The pile system displaces soil. In addition to smaller projects, we specialize in foundation work using heavy, large-sized precast driven piles.

The Hollow Precast Screw Pile is a ground-displacing screwed pile system. The ground is displaced laterally at the tip, resulting in minimal soil upheaval. When screwing the pre-stressed Hollow Precast Screw Pile, a grout mixture is injected under the lost screw point.

Special attention is given to vibration-free screwing of steel casing screw piles (with or without grout injection) and screw injection piles. Both pile systems are increasingly being used in combination with mini-foundation machines for renovations, extensions, and foundation repairs.

Driven steel casing piles are in-ground formed (concrete) piles that are constructed from steel tube segments. This type of pile is often used for extensions, renovations and foundation repairs. The most common method is low-vibration driving into the tube. The vibration-free screwing, with or without grout, and screw injection piles are highlighted separately.

Building with precast foundation beams enhances efficiency, construction speed, and the consistent quality of the final product. Precast foundation beams are designed, manufactured, and assembled by Vroom with a KOMO-KIWA product certificate. Precast foundation beams result in a short execution time.

Building with precast lay-down areas improves efficiency, construction speed and the consistent quality of the final product. The precast lay-down areas are designed, produced and assembled by Vroom with a KOMO-KIWA product certificate. The prefab elements ensure a short execution time.

Building with precast foundation blocks improves efficiency, construction speed and the consistent quality of the final product. The precast blocks are designed, produced and installed by Vroom with a KOMO-KIWA product certificate. The prefabricated elements contribute to a shorter execution time.

In combination with precast foundation elements, we supply and install precast walls. The program includes not only stability walls but also solid architectural walls, in which patterns can also be cast into the concrete surface. It is also possible to execute the walls in colored concrete.

In combination with precast foundation beams, we install lift shaft pits, which are precast and therefore guaranteed waterproof. Commonly used in apartment buildings and multi-story utility constructions. Delivered just-in-time and assembled with a telescopic crane, connected on-site to the pile foundations to prevent floating.

In combination with precast foundation beams, we install pits, which are precast and therefore guaranteed waterproof. Commonly used in apartment buildings and multi-story utility constructions. Delivered just-in-time and assembled with a telescopic crane, connected on-site to the pile foundations to prevent floating.

Building with prefab loading docks benefits the efficiency, the construction speed, and the constant quality of the end product. The prefab loading docks are designed, produced, and assembled by Vroom with a KOMO-KIWA product certificate. The prefab elements ensure a short execution time on the construction site. The elements are not of a fixed size; they are produced to the requested dimensions.

Vroom Betonbouw supplies and installs precast cellars. The cellars are poured seamlessly and under controlled conditions in the factory, so leakage is excluded. With a cellar from Vroom, you are not only assured of a high-quality product, but also of a rapid and straightforward installation.

Building with precast entrance halls improves efficiency, construction speed and the consistent quality of the final product. We design, produce and assemble the precast entrance halls with a KOMO-KIWA product certificate. The precast elements ensure a short execution time.

The construction also includes the ground floor slabs, which are executed in transportable elements. Since the floor elements can be well combined with the foundation installation, they are part of the delivery package. This also includes the pouring of the joints.

Structures that cannot be executed in precast form due to their dimensions or loads, are constructed as cast-in-situ foundations. This can also involve a combination with precast concrete, for instance, by incorporating wet joints between precast elements or in a floor structure.

Sheet pile walls are used as water-retaining or soil-retaining structures for various applications such as retaining walls, quay walls, basement walls, parking garages, construction pits, banks (including canal linings), utility trenches, tunnels, viaducts, culverts, weirs, bridge abutments, noise barriers, basement-like structures, and soil remediation projects.

Secant piled walls are used for deep excavation pits, tunnel entrances, quay walls, and parking garages. A secant piled walls is a sheet pile reinforced with steel pipe piles. The steel pipe pile provides the strength of the structure, while the intermediate sheet piles ensure closure. A secant piled wall can be subjected to heavier loads due to its heavier construction. Moreover, it allows for greater retaining heights.