Everything you need to know about Rubber tree fertilization, suitable products, expected benefits and more for balanced nutrition and rapid crop development.
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14-14-14+1.5(MgO)+TE+Fulvic acid+Humic acid+Amino acid
· Oil Palm tree Pre nursery · Rubber tree Pre nursery · Durian tree Pre nursery
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12-12-6+2(MgO)+TE+Fulvic acid+Humic acid+Amino acid
· Rubber Tree Plantation
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14-14-14+1.5(MgO)+TE+Fulvic acid+Humic acid+Amino acid
· Rubber Tree Plantation
Rubber trees are native to tropical or subtropical climates with high humidity, and their scientific name is Ficus elastica Roxb. var. decora Hort. These are trees that can extract natural rubber (latex), and they are also widely used as wood because of their excellent processability.
Rubber trees begin production of latex six to seven years after cultivation, and usually produce latex for 25 to 30 years, with different components of fertilizer in growing organs and nutrients required for producers to optimize high-quality latex and production. We need to provide high-quality nutrients that can achieve optimal results in a cultivation environment. The growing season should be rich in nitrogen (N) and phosphorus (P), Fertilizers centered on potassium (K) can be used in the production period to produce high-quality latex.
Nitrogen(N) is a factor that promotes the growth of leaves and stems of rubber trees and helps photosynthesis, and is needed to promote the overall growth of trees.Phosphorus (P) plays an important role in the root development of trees and contributes to cell division and energy storage. Lack of phosphorus can weaken roots and lower latex productivity.
Potassium (K) is a key factor in promoting latex production and increases the water control and pest resistance of trees. In particular, it plays an important role in increasing the quality and quantity of latex. Lack of potassium reduces latex yields and makes trees vulnerable to pests and diseases.
Magnesium (Mg) is required for chlorophyll formation and photosynthesis in trees and has an indirect effect on latex production. A lack of magnesium can cause the leaves to turn yellow and lower latex production.
allinone cote provides step-by-step solutions for each crop based on the producer's knowledge of specific requirements, and it always has a great technical team to help improve the quality of its products. Fertilizer products vary by crop type and stage of growth and contain a variety of ingredients, including fulvic acid, humic acid, amino acids, and TE, which are optimized for crop growth.
