What is the difference between plant growth lamps and ordinary lighting fixtures?

The growth of all things relies on the sun, and light plays a crucial role in the growth process of plants. However, the light environment varies under different geographical conditions. In order to increase crop yield, improve crop quality, and control the growth cycle, various types of plant growth lights have been widely used in indoor and greenhouse planting. What is the difference between plant growth lamps and ordinary lighting fixtures?

The plant Growth Lamp targets plants and mainly provides sufficient light for their growth, thereby promoting healthy growth. Ordinary lighting fixtures are mainly used for people's lighting or decoration, and the two cannot be confused.

Plant growth lamps are made based on the principle of plants using sunlight for photosynthesis. Currently, the main popular types on the market are full spectrum and red blue spectrum plant growth lamps. The spectrum of the full spectrum LED Plant Growth Lamp is mainly in the visible light band of 400nm~720nm (excluding the green light band), while the spectrum of the red blue spectrum plant growth lamp is mainly concentrated in the red and blue light bands. However, the spectrum of ordinary lighting fixtures is not as concentrated as that of plant growth lamps, and the light beads used by different manufacturers have significant spectral differences.

This also means that, with the same degree of electricity, the converted light energy from plant growth lamps can be effectively utilized by plants, while when using ordinary lighting lamps to supplement light for plants, a large part of the useless light energy for plants is wasted.

Therefore, it is recommended to choose a professional plant fill light when adding light to plants. The Sansi Spreading Wings Lamp series products, designed specifically for plants with high light requirements such as roses and tomatoes, have significant advantages and are popular both domestically and internationally. They effectively solve the problem of low light and low light for indoor plants in different geographical areas such as high latitude, high cold, dense fog, and rainy weather.