Simulation plants have many advantages in landscape design, mainly reflected in the following aspects:
Never fade
Simulation plants are not affected by climate, light, water and fertilizer factors, never fade, can always maintain a good appearance, do not need frequent replacement and maintenance, saving time and labor costs.
Diversity selection
Simulation plants can be selected according to different landscape design needs of different types, colors, shapes, sizes of plants, to meet a variety of different styles of design requirements, with greater flexibility and diversity.
Environmentally friendly
The use of simulated plants can reduce the impact on the natural environment and ecosystem, without the use of chemical fertilizers, pesticides and other chemicals, reducing environmental pollution, and can effectively save natural resources.
Stable quality
Modern simulation plant material advanced, exquisite production technology, with a high degree of imitation and texture, can be comparable to or even beyond the real plant, not easy to damage and fade, can maintain a high-quality appearance for a long time.
Safety and hygiene
The use of simulated plants avoids pollen, allergens and other problems that may be brought by real plants, is not easy to breed bacteria, pests, etc., is harmless to human health, and can create a clean and comfortable environment.
Economical and practical
Compared with real plants, the price of simulated plants is more economical and affordable, and does not require additional investment in maintenance and maintenance costs, which can save the later maintenance costs, and is an economic and practical choice.
In general, artificial plants have many advantages in landscape design, which can meet the needs of modern urban life for beauty, practicality and environmental protection, and is an ideal decoration material. With the continuous progress of technology and the continuous improvement of production technology, it is believed that simulated plants will have a broader application prospect in the future landscape design field.
