CAST COLLECTION
Our cast concrete planters offer a modern aesthetic with their distinctive silhouette and rough textured finish. Their sturdiness makes them not only excellent barriers for vehicles, but also perfect for enhancing any urban environment. These cast concrete planters, with their soothing shapes, are ideal for enriching the beauty of your indoor and outdoor spaces. They easily accommodate colorful plants, flowers and even fruit, adding a natural touch to your décor.
The rough texture of the concrete creates a striking contrast with the lush foliage.
Choose from a selection of four colors and three classic shapes to find the planter that perfectly matches your style and environment.
Did you know that?
CAST precast concrete represents a major advance in the field of construction?
This product is made by pouring concrete into reusable molds or forms, then curing it in a controlled environment before being transported and installed at the construction site. This method offers remarkable precision and superior quality, while optimizing construction times and costs.
In contrast, cast-in-place concrete is a technique where concrete is poured directly into specific molds designed on the construction site itself. This material is then left to cure in place, requiring careful coordination to ensure proper implementation. This method, although traditional, may be more suitable for projects requiring specific customization or complex shapes.
Prefabricated concrete offers undeniable advantages in terms of quality, reproducibility and speed of execution. Its factory manufacturing allows precise control of curing conditions, thus reducing the risk of defects and guaranteeing structural homogeneity. Additionally, transportation and on-site installation are simplified, reducing disruption and delays on site.
On the other hand, cast-in-place concrete can provide increased flexibility to adapt to terrain features and meet specific design requirements. However, this method requires careful planning and may be more subject to quality variations due to environmental and implementation conditions.