The selection of materials for residential plastic runways needs to consider a variety of factors, including material performance, climatic conditions, frequency of use, maintenance and maintenance, and environmental protection requirements. In practice, it is recommended that the community management communicate with the professional construction unit to select appropriate materials according to the actual situation of the community to ensure the quality and use of the plastic runway.
First of all, understand the common types of materials for residential plastic runways. According to the material properties and uses, plastic runways can be divided into polyurethane (PU) runways, all-plastic runways, hybrid runways and breathable runways. Each of these materials has its own advantages and disadvantages, so the characteristics and needs of the community need to be taken into account when selecting.
Polyurethane (PU) runways have attracted widespread attention for their excellent elasticity and wear resistance. It has good UV resistance, is not easy to age, and has low maintenance costs. However, the PU runway has high requirements for construction technology and material quality, and if the construction is improper, it may lead to problems such as bulging and delamination of the runway.
The fully plastic runway is made of highly elastic and full plastic material, which has excellent cushioning performance and anti-slip performance. This kind of runway has a flat surface, beautiful and generous, and has a long service life. However, the cost of a fully shaped runway is relatively high and may exceed the budget of some communities.
The hybrid runway combines the advantages of PU and all-plastic runway, and has good elasticity, abrasion resistance and slip resistance. It is moderately cost-effective and suitable for the needs of most communities. However, the hybrid runway also has high requirements for construction technology, and it is necessary to ensure the quality of construction.
Breathable runways are favored for their good air permeability and environmental performance. It adopts a special breathable structure to circulate air inside the runway, effectively preventing moisture and water accumulation. At the same time, the breathable runway material can be reused, in line with the concept of green environmental protection. However, the elasticity and abrasion resistance of the breathable runway may be slightly inferior to other types.