Ceramic pavers are currently the most popular. Ceramic pavers are versatile and meet even the most stringent requirements. They are resistant to frost, sunlight, and moisture and can be used throughout the entire yard. The non-slip surface is especially useful around swimming pools. It is also available in a wide variety of colors and diverse designs, including imitation wood, metal, and concrete, to match the surrounding garden style. Can also be used for pool roofs. It requires simple maintenance and cleaning, but has a long service life. Nevertheless, if it is damaged, it can be easily replaced with a new one in a matter of minutes.
Cobblestones are another option that can be used for aesthetic garden paving. Stone is an ideal choice, especially for those who like natural materials. Granite and marble are most commonly used for patios. In some cases, basalt as well. This paver is laid over a layer of gravel and fine sand. Or it may be laid directly on top of concrete. This prevents unwanted weeds from growing on the pavement. The only place where stone pavers are not suitable is around swimming pools. In the hot summer, bare feet cannot step on hot stones. In this case, interlocking concrete pavers are preferable. It is not too hard on the driveway around the house. Even on terraces.
Wooden outdoor pavers are often laid on covered patios and balconies. Because of their low weather resistance, they require regular maintenance. Their pleasant surface is also a welcome addition to swimming pools. If this type of pavement is also used for unprotected walkways, the wood planks should be replaced with wood-plastic ones. Not only do these look the same at first glance, but they have several advantages. They are easy to maintain because of their moisture resistance. They do not require periodic painting or impregnation. Necessary steps must be taken during installation. In particular, certain spacing must be observed when laying prisms on concrete substrates. The individual boards should be easily attached to the supporting structure.