| Customization: | Available |
|---|---|
| Warranty: | 12 Months |
| Shaping Mode: | Plastic Molding Die |
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| Paver Name | Interlock Paver Plastic Molds |
| Mould Size | From 100mm to 1500mm (Customized size available) |
| Mould Material | PP/PE/PVC/ABS/RUBBER |
| Mould Life | More than 500 times |
| Mould cavity | Single/Multi |
| Mould Shape | Regular/Irregular, Customized. |
| Mould Color | White/Yellow |
| Customization | Available |
Roadside stones are essential elements in both road construction and urban landscape design. They not only demarcate road surfaces to guarantee the safety of pedestrians and vehicles but also contribute a clean, aesthetically pleasing look to the roads. As a pivotal instrument in producing curb stones, the arc-shaped curb stone mold is making waves in the industry with its remarkable efficiency and precision. 1. Comprehensive Exhibition of Mold Advantages
(1) Exceptional Material and Durability
With technological advancements, plastic materials have become prevalent in mold manufacturing. Plastic molds for curved curbstones boast exceptional durability and corrosion resistance. During the concrete pouring process, these molds effectively resist chemical erosion, significantly prolonging their lifespan compared to traditional wooden or metal molds. Furthermore, the lightweight nature of plastic makes transportation and installation far easier and more cost-effective, facilitating hassle-free handling of both small-scale and large-scale projects.
(2) Precision and High-Efficiency Production
Cutting-edge manufacturing processes allow for meticulous control over the size and shape of plastic molds. Curbstones produced with these molds showcase uniform dimensions and smooth surfaces, enhancing construction efficiency and ensuring superior project quality. In traditional roadside stone production, cutting and processing natural stones is labor-intensive and material-consuming, whereas mold production using concrete streamlines the process significantly. Reusability of molds amplifies production efficiency manifold.
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