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60~120 days Coated 30-6-8 + Fulvic Acid 0.5% + Amino Acid 0.1% + Humic Acid 0.2% + Organic Matter (OM) 0.7% Controlled Release Fertilizer
1. Product Overview
Product Name: TIME COTE for Paddy Rice
Formulation: All Coated Compound Fertilizer (CRF)
Composition: 30-6-8 + Fulvic Acid 0.5% + Amino Acid 0.1% + Humic Acid 0.2% + Organic Matter (OM) 0.7%Nutrient Release Days : 60 ~120 days at 21℃ according to customer request
Recommended Application Rate : 300 ~400kg/ha
Application Method : Side-dressing, or Whole-layer application
2. Key Components and Functions
Component Content (%) Main Functions Total Nitrogen (N) 30 Promotes early growth and tillering Phosphorus (P₂O₅) 6 Enhances root development and panicle formation Potassium (K₂O) 8 Improves lodging resistance and grain filling Fulvic Acid 0.5 Boosts nutrient uptake, improves microbial activity Amino Acid 0.1 Enhances cell division and stress resistance Humic Acid 0.2 Improves soil structure and nutrient retention Organic Matter (OM) 0.7 Improves soil fertility and microbial habitat 3. Effects by Growth Stage for Rice Cultivation
Growth Stage
Physiological Focus
Contribution of Fertilizer
Seedling to Tillering Fulvic + Amino → Enhances root growth
Root development, leaf expansion Gradual release of N and P → Promotes strong early establishment Booting to Heading Transition from vegetative to reproductive growth Sustained nitrogen supply → Supports proper panicle formation K₂O + Humic Acid → Stabilizes panicle development Grain Filling (Ripening) Starch accumulation, grain weight gain K₂O → Improves grain filling and grain quality Fulvic → Enhances late-stage nutrient translocation efficiency 4. Benefits of Functional Additives
Additive Contribution Fulvic Acid Enhances mineral absorption, activates microbes, reduces stress Humic Acid Improves soil structure, enhances CEC, supports root zone health Amino Acid Promotes photosynthesis and recovery from stress Organic Matter Improves soil fertility, supports microbial life and humus formation 5. Differentiation Compared to Competing Products
Category
Conventional Products
Proposed Product (30-6-8 + Organic Additives)
Nitrogen Content Typically 20–25% High content at 30% → Promotes strong early establishment Organic Components Often lacking or minimal Enriched with Fulvic Acid, Humic Acid, and Amino Acids (Triple synergy) Controlled-Release Technology Single coating technology Advanced coating combined with organic additives for synergistic effect Environmental Response No specific adaptation GHG reduction and improvement of soil ecology anticipated 6. Conclusion and Expected Benefits
The “30-6-8 + Fulvic + Amino + Humic” Controlled-Release Fertilizer is a next-generation, high-performance product designed specifically for rice cultivation. It ensures efficient nutrient delivery throughout the entire growth cycle, enhances root development and rhizosphere activity, reduces disease susceptibility, and improves overall yield.
This formulation is particularly well-suited to modern rice farming systems, where labor shortages, climate-induced stress, and soil management challenges are pressing issues. Its ability to address these problems simultaneously makes it an ideal solution for sustainable and productive paddy cultivation.
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90~180 days Coated NPK 30-6-6 +Fulvic acid+Amino acid+Humic acid +OM+TE Controlled Release Fertilizer
Polymer Coated NPK 30-6-6 + Additives – High-Nitrogen Cereal Fertilizer
Polymer Coated NPK 30-6-6 with Fulvic Acid, Amino Acid, Humic Acid, Organic Matter (OM), and Trace Elements (TE) delivers optimized nutrition for rice and corn production. Engineered for 90-180 days controlled release, its polymer coating ensures gradual nitrogen delivery synchronized with critical growth stages. The high-nitrogen formula (30 percent N) drives vigorous vegetative growth and tillering, while reduced phosphorus (6 percent P2O5) minimizes runoff risks. Potassium (6 percent K2O) strengthens stalk integrity and stress resistance. Organic additives (2 percent fulvic acid, 1.5 percent amino acids, 3 percent humic acid, 8 percent OM) enhance soil health and nutrient uptake efficiency by 45 percent in intensive cropping systems. TE prevents micronutrient deficiencies in high-yield fields. Ideal for single-application programs, this blend reduces leaching by 60 percent in flooded rice paddies and cuts labor costs by 40 percent versus split applications. Uniform 2.8-4.2 mm granules ensure even broadcasting. Customize release duration (90/120/150/180 days) for local growing seasons. Maximize cereal yields with efficient nutrient management.
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90~180 days Coated NPK 9-9-9+9(Fulvic acid)+Humic acid +OM Controlled Release Fertilizer
Polymer Coated NPK 9-9-9 + 9 percent Fulvic Acid – Organic-Enhanced Horticulture Fertilizer
Polymer Coated NPK 9-9-9 with 9 percent Fulvic Acid, Humic Acid, and Organic Matter (OM) provides balanced nutrition for flowers, nursery plants, and horticultural crops. Designed for 90-180 days controlled release, its polymer coating ensures gradual nutrient delivery while high fulvic acid content maximizes bioavailability. The 9-9-9 NPK ratio supports root development, foliage growth, and flowering. Nine percent fulvic acid enhances nutrient transport and chelates micronutrients, working synergistically with humic acid to improve soil structure and water retention. Organic Matter boosts microbial activity in growing media. Ideal for container production and nursery beds, this formula reduces salt stress by 40 percent and leaching by 55 percent versus conventional fertilizers. Uniform 2.5-4.0 mm granules allow even distribution in potting mixes. Suitable for seasonal applications in bedding plants, perennials, and young transplants, it eliminates frequent top-dressing and cuts labor costs by 30 percent. Customize release duration (90/120/150/180 days) for specific growth cycles.
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60~180 days Coated NPK 28-5-14 +Fulvic acid+Amino acid+Humic acid +OM+TE Controlled Release Fertilizer
Polymer Coated NPK 28-5-14 + Additives – Precision Green Tea Fertilizer
Polymer Coated NPK 28-5-14 with Fulvic Acid, Amino Acid, Humic Acid, Organic Matter (OM), and Trace Elements (TE) delivers targeted nutrition for green tea cultivation. Engineered for 60-180 days controlled release, its polymer coating ensures gradual nutrient delivery synchronized with tea flush cycles. The high-nitrogen formula (28 percent N) promotes vigorous leaf growth and amino acid accumulation, enhancing flavor compounds like theanine. Low phosphorus (5 percent P2O5) minimizes runoff risks in hilly plantations, while potassium (14 percent K2O) strengthens disease resistance. Organic additives (2 percent fulvic acid, 1.5 percent amino acids, 3 percent humic acid, 8 percent OM) improve soil fertility in acidic tea soils and boost nutrient uptake efficiency by 40 percent. TE prevents micronutrient deficiencies in heavily harvested bushes. Ideal for single-application programs, it reduces leaching by 60 percent and labor costs by 50 percent versus conventional fertilizers. Uniform 2.0-3.5 mm granules ensure even broadcasting. Customize release duration (60/90/120/180 days) to match regional harvest frequency. Optimize yield and cup quality sustainably.
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180~360 days Coated NPK 12-12-17+2(MgO)+Fulvic acid+Amino acid+Humic acid +OM+TE Controlled Release Fertilizer
Polymer Coated NPK 12-12-17 + Additives – Balanced Horticulture Fertilizer
Polymer Coated NPK 12-12-17 with 2 percent MgO, Fulvic Acid, Amino Acid, Humic Acid, 8 percent Organic Matter (OM), and Trace Elements (TE) provides comprehensive nutrition for horticulture, flowers, nursery plants, and fruit trees. Engineered for 180-360 days controlled release, its polymer coating ensures gradual nutrient delivery synchronized with long-growth cycles. The balanced 12-12-17 NPK ratio supports vigorous growth, flowering, and fruiting, while 2 percent magnesium oxide enhances photosynthesis efficiency. Organic additives (2 percent fulvic acid, 3 percent humic acid, 1.5 percent amino acids) improve soil structure, nutrient uptake, and stress tolerance. TE prevents micronutrient deficiencies in intensive production. Ideal for container nurseries and orchard establishment, this blend reduces leaching by 60 percent and salt index by 35 percent versus conventional fertilizers. Uniform 3.0-4.5 mm granules ensure even distribution in potting media and field soils. Customize release duration (180/240/300/360 days) for crop-specific programs. Optimize plant health and productivity with reduced application frequency.
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180~360 days Coated NPK 12-6-27+4(MgO)+Fulvic acid+Amino acid+Humic acid +OM+TE Controlled Release Fertilizer
Polymer Coated NPK 12-6-27 + Additives – High-Potassium Tree Fertilizer
Polymer Coated NPK 12-6-27 with 4 percent MgO, Fulvic Acid, Amino Acid, Humic Acid, 8 percent Organic Matter (OM), and Trace Elements (TE) provides optimized nutrition for mature palm trees, fruit trees, and perennial horticulture crops. Designed for 180-360 days controlled release, its polymer coating ensures gradual delivery of high-potassium (27 percent K2O) to enhance fruit quality, drought resistance, and sugar accumulation. The formula includes 4 percent magnesium oxide for chlorophyll synthesis and 6 percent phosphorus for energy transfer, while organic additives improve soil structure and nutrient uptake efficiency. Bioactive components (2 percent fulvic acid, 3 percent humic acid, 1.5 percent amino acids) reduce environmental stress and chelate micronutrients. Ideal for single-annual-application programs, it cuts leaching by 65 percent and salt index by 30 percent versus conventional fertilizers. Uniform 3.5-5.0 mm granules ensure even distribution in root zones. Customize release duration (180/240/300/360 days) for crop-specific needs. Optimize yield and quality in high-value tree crops with reduced input costs.
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180~360 days Coated NPK 10-26-11+3(MgO)+Fulvic acid+Amino acid+Humic acid +OM+TE Controlled Release Fertilizer
Polymer Coated NPK 10-26-11 + Additives – High-Phosphorus Horticulture Fertilizer
Polymer Coated NPK 10-26-11 with 3 percent MgO, Fulvic Acid, Amino Acid, Humic Acid, Organic Matter (8 percent OM), and Trace Elements (TE) delivers targeted nutrition for root development and flowering in horticultural crops. Engineered for 180-360 days controlled release, its polymer coating ensures gradual nutrient delivery while additives enhance soil biology and stress tolerance. The high-phosphorus formula (26 percent P2O5) promotes strong root systems and bloom initiation, supported by 3 percent MgO for chlorophyll synthesis. Bioactive components (fulvic/humic acids at 2 percent/3 percent) chelate micronutrients and improve nutrient uptake efficiency, while amino acids (1.5 percent) reduce transplant shock. Ideal for palms, flowers, foliage plants, and nursery stock, this blend reduces leaching by 70 percent and fertilization frequency by 50 percent versus conventional options. Uniform 3.0-4.5 mm granules ensure even distribution in potting media. Customize release duration (180/240/300/360 days) for perennial crops or long-season production. Optimize plant establishment and flowering performance.
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90~180 days Coated NPK 14-14-14+1.5(MgO) Controlled Release Fertilizer
Polymer Coated NPK 14-14-14 with Magnesium – Controlled-Release Horticulture Fertilizer
Polymer Coated NPK 14-14-14 with 1.5 percent MgO provides balanced nutrition for horticulture, flowers, and nursery plants. Designed for 90 to 180 days controlled release, its polymer coating ensures gradual nutrient delivery synchronized with plant growth cycles. The 14-14-14 NPK ratio supports all development stages while 1.5 percent magnesium oxide enhances chlorophyll synthesis and photosynthesis efficiency. Ideal for container production and nursery beds, this formula reduces leaching by 65 percent and salt stress by 40 percent compared to conventional fertilizers. Uniform 2.5-4.0 mm granules allow even distribution in potting mixes and field applications. Suitable for single-season use in flowering plants, bedding crops, and young transplants, it eliminates frequent top-dressing and cuts labor costs by 35 percent. Customizable release durations (90/120/150/180 days) accommodate specific crop cycles. Optimize plant vigor and bloom quality with this reliable bulk fertilizer solution for professional horticulture.
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180~360 days Coated NPK 15-15-6+4(MgO)+Fulvic acid+Amino acid+Humic acid +OM+TE Controlled Release Fertilizer
Polymer Coated NPK 15-15-6 + Additives – Premium Horticulture Fertilizer
Polymer Coated NPK 15-15-6 with 4% MgO, Fulvic Acid, Amino Acid, Humic Acid, Organic Matter (OM), and Trace Elements (TE) delivers complete nutrition for high-value horticultural crops over 180-360 days. Designed for flowers, foliage plants, palms, and nursery stock, its advanced polymer coating ensures controlled release of NPK macronutrients while organic additives enhance soil health and nutrient uptake. The formula provides balanced NPK (15-15-6) for vigorous growth, magnesium for chlorophyll synthesis, and bioactive compounds (fulvic/humic acids) to chelate micronutrients and improve root vitality. Amino acids reduce plant stress, while TE prevents deficiencies in container-grown specimens. Ideal for single-application programs in nurseries and greenhouses, it reduces leaching by 70% and fertilizer inputs by 40% versus conventional blends. Uniform 3.0-5.0 mm granules ensure even spreading in potting mixes. Customize release duration (180/240/360 days) for specific crop cycles. Achieve premium plant quality with sustained nutrition.
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30~360 days Coated MOP 0-0-51~54 Controlled Release Fertilizer
Polymer Coated MOP – Controlled-Release Potassium Fertilizer
Polymer Coated MOP (Muriate of Potash) provides advanced controlled-release potassium for bulk agricultural and specialty crop applications. Engineered with polymer encapsulation technology, its 0-0-51 to 0-0-54 granules deliver potassium chloride (KCl) over 30 to 360 days, minimizing leaching and salt stress. The coating reduces chloride mobility by 60% in sandy soils while maintaining consistent K+ availability for osmotic regulation and fruit quality enhancement. Ideal for chloride-sensitive crops like avocados, tobacco, and berries, this product increases potassium use efficiency by 45% compared to conventional MOP. Uniform 2.2-4.5 mm granules ensure dust-free blending with nitrogen/phosphorus fertilizers and reliable bulk handling in Big Bags or spreaders. Customize K₂O content (51% to 54%), release durations (e.g., 90 days for vegetables, 240 days for tree crops), and coating thickness for specific soil textures. Optimize yield and resource efficiency with precision potassium delivery. Contact for bulk pricing and technical specifications.
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30~360 days Coated MAP 10-43-0 ~ 9-41-0 Controlled Release Fertilizer
Polymer Coated MAP – Controlled-Release Phosphorus & Nitrogen Fertilizer
Polymer Coated MAP (Monoammonium Phosphate) delivers precision phosphorus and nitrogen for bulk agricultural applications. Engineered with advanced polymer technology, its 10-43-0 to 9-41-0 granules release nutrients over 30 to 360 days, matching crop growth cycles. The coating minimizes phosphorus fixation in acidic soils while reducing ammonia volatilization by 40% and phosphate runoff by 55% compared to conventional MAP. Ideal for acid-sensitive crops like potatoes, fruits, and legumes, this product increases phosphorus efficiency by 60% and eliminates split applications—cutting labor costs by 35%. Uniform 2.0-4.0 mm granules ensure dust-free blending with other fertilizers and reliable bulk handling in Big Bags or hopper trucks. Customize NPK grades (10-43-0, 9-42-0, or 9-41-0), release durations (e.g., 60, 120, 180 days), and temperature-response profiles for specific soil conditions. Optimize yield and sustainability with tailored nutrient release. Contact for bulk pricing and technical support.
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30~360 days Polymer Coated Fertilizer(PCF) Coated DAP 17-45-0 ~ 16-43-0 Controlled Release Fertilizer
Polymer Coated DAP (PCF) – Precision Phosphorus & Nitrogen Delivery
Polymer Coated DAP (PCF) redefines efficiency for phosphorus and nitrogen fertilization in bulk agricultural applications. Utilizing advanced polymer encapsulation technology, each 17-45-0 to 16-43-0 granule releases nutrients predictably over 30–360 days, synchronized with crop demand. The semi-permeable coating reacts to soil moisture and temperature, gradually solubilizing the diammonium phosphate core to minimize fixation in acidic/alkaline soils while reducing ammonia volatilization and phosphate runoff by 45–60%. Ideal for single-application programs, PCF eliminates top-dressing needs for crops like cereals, oilseeds, and turf, cutting labor costs by 30% and boosting phosphorus efficiency by 50% versus conventional DAP. Its dust-free, high-strength granules ensure seamless blending with other fertilizers and smooth bulk handling in big bags or hopper trucks. Customize NPK grades, release curves (linear/sigmoid), and durations to match specific soil profiles and crop cycles. Optimize yields sustainably—contact us for bulk pricing and agronomic support.
