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This product solves the pain points of traditional plaza paving materials, such as high cost of natural stone, easy slipping of smooth surface bricks, and short service life. The fire-burned matte surface treatment not only enhances the anti-slip performance but also reduces light reflection, creating a more comfortable visual experience for pedestrians. The modified PC composite material formula improves the impact resistance and compressive strength, allowing it to withstand the rolling of light vehicles and frequent pedestrian trampling. Its UV-stable color layer ensures that the color remains unchanged for more than 10 years under long-term outdoor exposure, reducing later maintenance costs. It also has excellent waterproof performance, preventing water accumulation on the plaza surface during rainy weather.

The standard size is 600mm x 600mm with a thickness of 60mm, and custom sizes are available according to customer needs. The compressive strength reaches ≥40MPa, meeting the load-bearing requirements of light vehicle passing and frequent pedestrian trampling. The abrasion resistance is ≤0.6g/cm², which can withstand long-term high-frequency wear. The skid resistance index is ≥0.7 BPN, meeting the national high-grade anti-slip pavement standard. The water absorption rate is ≤3.8%, effectively preventing water seepage and freeze-thaw damage. It is available in deep grey and black, with optional custom colors to match different landscape design styles.
This paver is mainly applicable to large-scale landscape plazas, commercial pedestrian streets, community activity squares, park rest areas, and outdoor parking lots for light vehicles. It is widely used in high-end commercial district construction, urban park upgrading, and real estate community landscape projects. It can create a high-grade, natural stone-like landscape effect while reducing the project's overall material and maintenance costs. During construction, it can be laid in a variety of patterns to meet different design needs, enhancing the overall aesthetic effect of the space.