Search YUNSHANG Products

​Grow lights are designed to support plant development, but the same light that helps plants grow can also damage them when misused. Modern horticultural LEDs—such as AURG professional grow lighting—are engineered to minimize heat and maximize usable plant light, but proper distance, duration, and intensity control remain crucial for preventing light burn.

​LED lights have become one of the most important tools in modern indoor horticulture. Whether used in home gardening, greenhouse cultivation, or commercial vertical farming, they offer plant growers precise control over light intensity, spectrum, and energy consumption.

​Light is the most important factor influencing how plants grow, bloom, and bear fruit. Every plant needs light to photosynthesize, but not all light colors are equally effective. The specific wavelengths—or colors—of light that plants absorb directly affect their development, shape, and productivity.

​For decades, growers have relied on traditional lighting methods such as fluorescent or high-pressure sodium lamps to nurture indoor plants. However, as technology advances, LED plant grow lights have emerged as the most efficient, customizable, and sustainable option.

​Light is one of the most important factors influencing plant growth and development. It serves as the energy source that powers photosynthesis, enabling plants to convert light energy into chemical energy for producing sugars and supporting biomass accumulation.

While sunlight is composed of multiple wavelengths, ultraviolet (UV) light plays a unique role in plant health, resilience, and crop quality. For growers looking to maximize yield and improve product value, understanding the role of UV light is essential.

The UNDER CANOPY 120B is a specialized LED grow light designed to deliver targeted photosynthetic photon flux (PPF) beneath the primary canopy, addressing light deficiency in lower plant layers.

The TOPLED-100W-F is an advanced LED grow light designed for commercial horticulture applications, delivering high-performance illumination optimized for plant growth.

​In the fields of home gardening, scientific research experiments and small-scale commercial planting, traditional plant growth lamps are difficult to meet the demands of refined and space-constrained scenarios due to their large size, high energy consumption or single spectrum.

In the fields of facility agriculture and home gardening, the quality of light directly affects the growth efficiency and quality of plants. Traditional plant growth lamps often fail to meet the demands of refined planting due to issues such as a single spectrum, high energy consumption, and poor heat dissipation.

What supplier quality indicators do overseas buyers usually pay attention to?

In the current market environment, when overseas buyers choose a plant growth lamp supplier, they usually consider multiple factors to ensure that the selected products can meet their business needs and quality standards.