CHELATE C.E.C

Uses

Chelate CEC is a medium and micronutrient chelate fertilizer suitable for all crops, providing medium and micronutrients for plants throughout the growth and development process. Proteins, flax and potassium are all in pure form. , Which is derived from organic and seaweed, which helps the plant to absorb immediately after fertilization without the need for metabolic phase. At the same time, the N-P-K content suitable for the nutritional growth phase helps the leaf-stem grow well.

Organic substances extracted from seaweed contain large amounts of galactose, carotene, amino acids, vitamins and minerals to help root to thrive, hairy suction, optimal operation. Stimulating photosynthetic plants; Big body, multiple branches; Leaves wide, green and smooth; Grow strong; Resistant to good.

Contains biological polymers: Humic Acid enhances root growth, promotes plant photosynthesis, and increases the usefulness of particular fertilizers such as phosphorus (P) available in the soil. The ability to attract metal ions from the insoluble compounds (salts, oxides, complex compounds) of SO42-, CO32-, PO43- exists in the soil, but also improves the soil. Detoxifying heavy metals, detoxifying organic; Acid fulvic is complexed with metals, the plant easily absorbs more microbes, has the effect of dehydration, anti-drought, alkaline detoxification.

In addition to the NPK 3 essential macronutrients necessary for plants, fertilizers are supplemented with micronized minerals such as Ca, Mg, Fe, Cu, Zn, Mn, etc. All of these elements play a role. Important in forming the body parts of plants:

Phosphate (P) stores and transports energy (ADP and ATP), providing full phosphorus to the plant, enhances root growth, promotes nutritive and energy transport for living. Of the tree, while helping the plant more resistant to disease and pests.
Potash (K) activates most of the enzymes in plant life, and enzymes tend to concentrate in the growth tissues of the growth sites. This helps the plant to grow tops, helping to sprout and split many branches. ; An important role in cellular contraction and stomatal activation. Applying K for the plants increases the rate of photosynthesis, stiffness and better water absorption, especially in case of low temperature reason.
The complementary micronutrients that meet the plant’s needs for plants that perform vital functions such as Ca have a role in the development and division of cells; Mg is the main structure of chlorophyll; Fe involved in oxidation-reduction; Mn enhances the metabolism of enzymes; helps the plant to develop comprehensively.
Sulfide (S) concentration in the stool assists in the potent synthesis of S-containing amino acids (more than 90% of S-containing amino acids), coenzyme A synthesis is involved in fatty acid synthesis and oxygenation flower. S also functions to resist some fungi, bacteria … prevent some diseases for plants. Applying S helps fruit taste, improve the quality of agricultural products.

Function

The role of the micronutrients in the Chelate C.E.C and D.C.E.C ducts:

Calcium (Ca): Involves the cellular structure, the cell membrane, in the cofactors of certain enzymes, which help reduce heavy metal toxicity. Ca helps stabilize pH, regulates cation uptake of plants, helps plants enhance nutritional absorption. Ca also helps the development and division of cells, help the roots grow, sprout buds, stimulate flowering, fruit. Ca deficiency symptoms: Appearance of germs on roots and roots; Rot rotten flowers, mottled leaves.
Magnesium (Mg): the main structure of chlorophyll, the structural component of mitochondria, the mitochondrial stability in shape necessary for protein synthesis. Mg is needed for maximum activity of most phosphorylating enzymes, glycine synthesis, etc. Mg plays an important role in the entire metabolism of plants. Mg helps plants, enhance photosynthesis, strong growth. Expression of Mg deficiency: occurs in the old leaves first, the yellow leaf vein is still green; Some plants lack magnesium. The leaves under the leaves are purple, gradually turning brown and dying.
Sulfide (S): Essential for the synthesis of amino acids as the major component of proteins, determines the shape and structure of proteins. S creates the characteristic taste of each crop. Expression missing: the whole tree is yellowish, barren, thin body, slender.
Iron (Fe): participates in oh-reducing reactions in plants and soil, synthesizing many enzymes play the role of chlorophyll synthesis, so when deficiency of Fe leaves are often yellow, is an important component of the enzyme Nitrogenase in fixed N2 of microorganisms.
Manganese (Mn): Enriched enzyme activity, which plays an important role in photosynthesis through the release of O2. Symptoms of Mn deficiency usually develop in the form of yellowing of the flesh and only appear on young leaves.
Copper (Cu): Helps to form complex polymers such as lignin, involved in the production of enzymes that activate vital functions. The dish is yellow and curly, not blooming.
Zinc (zinc): Involved in many activities of enzymes, play the role of synthesis of triptophan is a major component of some proteins, the compound necessary for the formation of growth hormones such as auxin, wide. Symptoms of Zn deficiency: Appearance of light green, yellow or white areas between the veins, especially the old leaves below; Short body or short body; Leaves thick, narrow, small; Leaves fall prematurely; Fruit development is not normal.
Boron (B): plays an important role in the formation and development of new cells in plant tissues, which play a role in: new cell formation; Pollinating and forming seeds; Sugar, starch, protein and phosphorus; Synthesis of amino acids and proteins; Formation of nodules in legumes. B deficiency symptoms: youngest leaves are dark green, the root of the leaves lose more color than the tip of the leaves, curly leaves, withered, chopped roots rot.
Silicium (Si): is classified as a useful element, Si is related to the function of the roots to help plants fight drought well, participate in the structure of the cell membrane (regulate), regulate photosynthesis and activity Of enzymes, increase productivity and reduce disease.
Organic extracts from seaweed contain large amounts of galactose, carotene, amino acids, vitamins and minerals to help root tips thrive, hairy suction, optimal operation. Stimulating photosynthetic plants; Big body, multiple branches; Leaves wide, green and smooth; Grow strong; Good tolerance; Big, bright, beautiful …
Humic Acid: The AH molecule in the solution is a negatively charged gel, which absorbs cationic forms in the form of plant-rich, entangled, and entrained organic forms for cationic or clayey plantations. Hard to tan; Increase the usefulness of nutrients.
R (COOH) 2 + Ca3 (PO4) 2 (hardly soluble) = R (COO) 2 – Ca + 2CaHPO4 (soluble)

Humic acid has a super-stimulating effect on the root system, enhances photosynthesis synthesis for plants, and has the effect of improving the soil, detoxifying heavy metal Al3 +, detoxifying organic. Humic Acid helps to grow green, healthy, fast growing and high quality of agricultural products.
Acid fulvic: complex with metals to increase soil structure, reduce toxicity of many heavy metals. Acidic soil, many Al exchange of toxic to plants, fulvic acid has markedly reduced Al mobility due to the complex mechanism. Helps plants tolerate drought, good dehydration, alkaline detoxification and organic poisoning. These organic and bio-polymers help the organism’s beneficial micro-organism to thrive, creating fertility and openness to the soil, creating an ideal environment for plant growth and development.
Nitrogen (N) is a constituent of amino acids, proteins, nucleic acids (DNA, RNA), components of chlorophyll and constitutes most of the enzymes that increase photosynthesis activity, intense growth, Dark green, smooth and thick, helps to grow and grow fat.
Phosphate (P) stores and transports energy (ADP and ATP), providing full phosphorus to the plant, always enhancing root growth, promoting nutritive and energy transport for the viability of the plant. The tree also helps the plant to resist disease and pests better.

Guide

Chelate C.E.C is used as a basal for the plant, which provides sufficient and throughout the plant for a long period of time to carry out daily living activities. Helping healthy plants, developing balanced and well tolerated, laying the foundation for the productivity and quality of agricultural products.

Dose of 5-8 kg /1000m²