Wooden Texture Series PETG Film
Wooden texture PETG Film is a material used for surface decoration of furniture. It uses PETG as the substrate, and uses printing technology to print wood texture patterns onto the surface of the film. Then, the film is applied to the surface of the furniture by hot pressing or pasting to achieve the effect of simulating wood grain.
Wooden texture PETG film has the following characteristics:
1. High simulation: Wooden texture PETG film can accurately reproduce various wooden texture patterns through high-definition printing technology, making the surface of the furniture look like real wood, giving people a natural and comfortable feeling.
2. Strong durability: The surface of the wooden texture PETG film is treated with a special process, which has characteristics such as wear resistance, scratch resistance, and pollution resistance, effectively protecting the surface of the furniture from damage caused by daily use.
3. Easy to clean: The surface of the wooden texture PETG film is smooth and flat, and it is not easy to absorb dust and dirt. It is very convenient to use, just wipe it with a damp cloth.
4. Cost saving: Compared to wood furniture, wooden texture PETG film is more cost-effective, which can effectively reduce furniture manufacturing costs. At the same time, it can also provide various wood texture options to meet the personalized needs of consumers.
Overall, wooden texture PETG film is a furniture decoration material with simulated appearance, strong durability, easy cleaning, simple installation, and economic benefits, which is increasingly favored by consumers.
wooden texture furniture film, PETG film, furniture film, furniture decorative film Dongguan Sunyo Plastic Co., Ltd , https://www.sunyopet.com
The demand for nutrients by plants can be divided into three types: macroelements, medium-quantity elements, and trace elements. The effects of the three elements are also different. The influence of a large number of elements is relatively large, and the impact on plants can be seen from the surface. For example, plant nitrogen deficiency. In the seedling stage, the general plant nitrogen deficiency often shows slow growth, short plants, thin and small leaves, lack of green and yellow leaves. The use of portable leaf area meter for the determination will find that the leaf area of ​​nitrogen-deficient plants is much smaller than the normal, the use of chlorophyll meter for the detection can also be understood, the chlorophyll content in the nitrogen content is lower than the normal drop A lot.
In other conventional elements, the lack of will have a certain impact on the growth of the plant, and the use of a soil tester to analyze these elements can avoid the above problems. The soil tester can focus on soil, fertilizer and only The available nitrogen, available phosphorus, available potassium, total nitrogen, total phosphorus, total potassium, and organic matter content were accurately measured, and the soil acidity and alkalinity and soil salinity were quantitatively analyzed.
Effects of Nutrients in Soil on the Physiological Mechanism of Plants
The effects of nutrients in the soil on the physiological mechanism of the plant, whether it is plants or seeds, can grow in a healthy and happy manner only in a suitable environment. The growth of the plants should be in a suitable environment, in which the special environment for survival and the external environment It is very important for the military that 16 kinds of chemical elements must be supplied during the growth of plants. Otherwise, they cannot maintain their lives. Most of these elements are absorbed by the plants from the soil environment through the roots. The content of these 16 elements is insufficient or excessive. In most cities, which have an impact on the growth of plants, nutrient analysis in soils can be performed using a soil tester. The use of a soil tester can measure conventional elements in the soil environment. The lack of nutrients in the soil will affect the physiology of the plant, such as leaf area, chlorophyll and so on.