Artificial trees should be custom-made according to the actual usage environment, tree specifications, and landscape effect. The overall shape should be natural and harmonious, with reasonable proportions of the trunk, branches, and crown. The appearance should reproduce the morphological characteristics of real trees as closely as possible. The main trunk should preferably be made of steel structures or other stable framework materials that meet strength requirements. The surface should be treated with materials such as simulated bark, resin, and fiberglass to ensure the trunk has natural texture, color, and layering. The connection between branches and the main trunk should be firm and reliable, and there should be no obvious loosening, deformation, or cracking in the stress-bearing parts. The crown should be arranged in layers according to the design drawings, with the density of branches and leaves being basically uniform, and the overall outline natural, avoiding overly regular, monotonous, or obviously artificial splicing effects. Leaves, flowers, and other decorative parts should be made of materials with good aging resistance, fading resistance, and weather resistance. After installation, they should remain stable and should not have obvious problems such as detachment, warping, or discoloration.
The structural safety and installation quality of artificial trees should meet the requirements for long-term use on site. The bottom fixing method should be designed in conjunction with the installation location, tree height, and overall weight. When using embedded parts, expansion bolts, chemical anchors, or other reliable connection methods, it should be ensured that the connection nodes have sufficient load-bearing capacity and stability. For large artificial trees, the structural treatment of the trunk, branch nodes, and bottom connection parts should be strengthened, and factors such as wind resistance, anti-tipping, and daily collision resistance should be considered according to site conditions. All metal components should be treated for rust and corrosion prevention, and exposed parts should not have sharp edges, burrs, or other defects that may cause safety hazards. After the finished product is installed, the tree should be vertical and stable, and there should be no significant shaking. The junction between the trunk and the ground, wall, or other foundations should be neat and aesthetically pleasing. During construction, the finished product should be protected to avoid damage to the bark, branches, leaves, and decorative surfaces caused by transportation and installation. The final effect should meet the overall requirements of the design scheme and the site landscape environment.
