Introduction to alumina powder
Recently, advancements in the production of alumina powder have reached new heights, allowing for the creation of particles smaller than 1 micron. This development has opened up exciting possibilities in various industries. The nano-alumina transparent liquid, known as XZ-LY101, boasts a colorless and transparent appearance, making it ideal for applications where clarity is essential.
This nano-alumina transparent dispersion utilizes alumina particles sized between 5-10 nanometers. These particles undergo a meticulous layer-by-layer deep processing technique, enhancing their properties. When incorporated into different types of resins—such as acrylic, polyurethane, epoxy, or melamine—aqueous solutions, or even silicone-acrylic emulsions—at a concentration of 5% to 10%, it significantly boosts the hardness of the material. The resulting hardness can reach up to 6-8H on the pencil scale, maintaining complete transparency.
The versatility of this nano-alumina liquid allows it to be formulated with both aqueous and oily solvents. This flexibility makes it suitable for creating a wide range of products, including glass coatings, precious gemstones, and precision instrument materials. Its ability to enhance durability without compromising transparency opens up countless opportunities in fields ranging from automotive coatings to electronic components. Overall, this innovation represents a significant leap forward in material science, offering practical solutions across multiple industries.
PPF (luminous flux density) is an indicator used to measure the light energy output of plant lamps, indicating the flow of light energy through a unit area in a unit time. The higher the PPF, the following effects on plant lights:
1. Provide more adequate light energy: high PPF means that plant lamps can output more light energy, which is very important for plant photosynthesis. Photosynthesis is a key process for plant nutrient synthesis and growth, and high PPF can provide more adequate light energy and promote the efficiency of plant photosynthesis, thus promoting plant growth and development.
2. Promote the photosynthesis efficiency of plants: plant lamps with high PPF can provide more intense light, so that the chlorophyll on the leaves of the plants can absorb light energy more fully, thus improving the efficiency of photosynthesis. The improvement of photosynthesis efficiency can increase the nutrient synthesis capacity of plants and promote the growth and development of plants.
3. Increase the yield and quality of plants: high-PPF plant lamps can provide more intense light and promote the growth rate and yield of plants. In agricultural production, the use of high-PPF plant lamps can increase the yield of crops, and the quality of crops may also be improved due to the increase in light intensity.
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