Washed sand artistic flooring is a concrete poured surface made by mixing coarse sand with cement in a specific ratio and adding certain reinforcing agents, then laid out in one go. After the surface dries, a sealing protective agent is applied. The surface of the washed sand concrete flooring creates a beach-like visual effect, yet after being treated with a钝化剂 and concrete sealer, the surface remains clean and easy to maintain, making it suitable for ground coverings in various amusement parks, marine parks, and main parks.

Product Features

High-performance

Washed Sand Art Flooring is a monolithic concrete surface laid in one piece, featuring high compressive strength, abrasion resistance, anti-slip and anti-corrosion properties, dense surface, and durability.

2、

The Sand Washing Art Flooring is a blend of concrete and inorganic pigments, mixed and stirred together to become one, thus preventing any discoloration.

3. Easy to clean

The surface of the sand washing artistic flooring is coated with a clear, transparent sealant. This sealant utilizes imported hardener, is resistant to yellowing, prevents oil stains from contaminating the floor, and is easy to clean.

4. Artistic decorative effect

The Sand Washing Art Flooring boasts strong artistic decorative features, offering a natural and aesthetic appearance with a strong sense of three-dimensionality. It features a variety of color combinations and style options, catering to diverse environments and personalized decorative styles.

  

In landscape construction, the diverse shapes and patterns of paving stone polymers complement and beautify the environment, enhancing the garden's scenery. Paving stone polymer surfaces serve as decorative roadways, with their patterns varying depending on the location. Some roadways paved with straight or parallel lines using paving stone polymer surfaces can achieve an enhanced design effect.

Gravel polymer flooring is often used in places like playgrounds and parks, where the desired effect is often achieved by laying down granite, marble, and other stone materials. However, generally speaking, stone sizes are standardized, and during installation, larger curves and turns often require the stones to be cut into smaller pieces for assembly. This not only makes the process complicated and environmentally unfriendly but also leads to significant waste of stone during cutting, and the outcome is often not ideal. Moreover, the paving of stone roads with individual blocks has poor overall load-bearing capacity and corners are prone to damage.