Jin Yan
2. Jin-Yan
Jin-Yan – Nitrogen Transformation & Photosynthesis Booster for Color Enhancement and Balanced Growth
Jin-Yan enhances plant carbon assimilation and photosynthetic efficiency with excellent nitrogen transformation and color-enhancing properties. It promotes anthocyanin and phytochemical synthesis, resulting in thicker, vibrant green leaves and larger, richly colored fruits. Ideal for early growth, flowering, fruit initiation, and coloration stages, it is especially effective in stabilizing plant growth and improving quality under stress conditions such as cold or heat waves.
Jin-Yan – Nitrogen Transformation & Photosynthesis Booster for Color Enhancement and Balanced Growth
Jin-Yan enhances plant carbon assimilation and photosynthetic efficiency with excellent nitrogen transformation and color-enhancing properties. It promotes anthocyanin and phytochemical synthesis, resulting in thicker, vibrant green leaves and larger, richly colored fruits. Ideal for early growth, flowering, fruit initiation, and coloration stages, it is especially effective in stabilizing plant growth and improving quality under stress conditions such as cold or heat waves.
- Company NameROUND POWER BIOTECHNOLOGY CO., LTD.
Jin-Yan uses organic acids and hydroxylases to boost ATP production in mitochondria, thereby enhancing carbon assimilation and improving photosynthesis, allowing plants to grow steadily even under low light or stress. After use, leaves exhibit a jade green color with strong texture and elasticity, while fruits become vividly colored and aromatic. It contains natural biochemical blue-green algae and anthocyanin precursors that simultaneously promote shoot elongation and fruit coloration, overcoming the typical drawback of nitrogen transformation products that restrict new growth. Suitable for vegetables, horticultural crops, and fruit trees, Jin-Yan excels in cold climates or for crops requiring extended growing periods. It effectively raises the carbon-to-nitrogen ratio, prevents fruit cracking, and enhances cell division, making it an essential tool for high-quality cultivation.
