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JINMAI-Yiweipu® Ionic Silicon Fertilizer is a high-efficiency liquid fertilizer designed to deliver bioavailable silicon to crops for enhanced structural strength, disease resistance, and improved fruit quality. The formulation combines 120 g/L ionic silicon with 100 g/L natural sugar alcohol, enabling rapid absorption through both foliage and root systems.
Silicon is recognized as an important beneficial element in modern crop nutrition. When absorbed by plants, it reinforces plant cell walls, improves mechanical strength, and enhances resistance against pests, diseases, and environmental stress. The addition of sugar alcohol acts as a natural chelating and transport agent, helping nutrients move efficiently within plant tissues.
The product features a colorless and transparent liquid formulation, allowing easy application through foliar spraying, drip irrigation, or fertigation systems without clogging equipment or leaving visible residue on crops.
By improving plant resilience, optimizing physiological functions, and enhancing fruit surface quality, this ionic silicon fertilizer supports growers in achieving healthier crops, higher yields, and better marketable produce.
Technical Indicators
| Formula | Si 120g/L, Sugar alcohol 100g/L |
| Appearance | Colorless Transparent Liquid |
Release Type | Quick |
Model Number | 1L/4L |
Density | 1.14 g/ml |
pH (1:250) | 6.5±0.5 |
Characteristic | 100% Water Soluble |
Function | Improve Disease Resistance Of Plants and Appearance Quality Of Fruits |
Application | Fruit Trees, Vegetables, Cereals, Cash Crops, Industrial Crops |
| Origin | Shandong, China |
| OEM&ODM | Logo, Package, Graph, Formula Customized |
Key Features
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⦁ Highly Available Ionic Silicon
Unlike traditional silicate fertilizers, the ionic silicon in this formulation is easily absorbed by plants. Once absorbed, silicon strengthens plant tissues and improves the structural integrity of stems, leaves, and fruit skins.
⦁ Improved Soil Environment
The formula helps regulate soil conditions and improve soil aggregate structure, promoting better aeration and root development. Silicon also helps reduce the uptake of certain harmful elements in soil, contributing to healthier crop growth.
⦁ Stronger Resistance to Pests and Diseases
Silicon deposition in plant tissues forms a protective barrier that enhances resistance against fungal diseases, bacterial infections, and insect damage. Crops treated with silicon often exhibit stronger stems and thicker leaf structures.
⦁ Stress Tolerance Enhancement
The product helps plants better tolerate environmental stresses such as drought, high temperature, cold weather, and salinity. By regulating stomatal function and water balance, crops maintain stronger growth even under challenging conditions.
⦁ Fruit Appearance and Quality Improvement
Regular use improves fruit firmness, enhances surface gloss, and increases the thickness of fruit skin or protective powder layers. This leads to better storage stability, longer shelf life, and improved market appearance.
Product Efficacy
⦁ Strengthens Plant Structure
Silicon reinforces cell walls, improving stem strength and reducing lodging in crops such as cereals and vegetables.
⦁ Enhances Plant Immunity
Improves natural defense mechanisms against fungal diseases, bacterial infections, and insect feeding.
⦁ Improves Photosynthesis Efficiency
Helps regulate leaf stomata and maintain healthy green leaves for longer periods, supporting efficient photosynthesis.
⦁ Improves Fruit Appearance and Market Value
Promotes uniform fruit development, better gloss, and improved firmness, enhancing overall market quality.
⦁ Supports Healthy Soil and Root Growth
Encourages stronger root systems and improves nutrient uptake efficiency.
Applications
| Fruit Trees ⦁ Suitable Crops: Apple, citrus, grape, pear ⦁ Function: Improves fruit gloss, size, and sugar content; prolongs storage life. | |
Vegetables ⦁ Suitable Crops: Tomato, cucumber, pepper, leafy greens ⦁ Function: Strengthens stems, reduces disease incidence, improves taste and shelf life. | |
Cereals & Cash Crops ⦁ Suitable Crops: Rice, wheat, corn, cotton ⦁ Function: Enhances lodging resistance and grain filling, reduces disease risk. | |
Industrial Crops ⦁ Suitable Crops: Sugarcane, tea, coffee ⦁ Function: Improves stress tolerance and overall yield quality. |
Method Of Use
Method | Phenological Period | Dosage | Frequency |
| Drip Irrigation | Whole growth period | 3–5 L/ha | Every 14 days |
| Foliar Spray | 1–2 L/ha (Dilute 500-800 times) | Every 10–14 days |
Note: The specific usage and dosage can be adjusted according to the differences in regions, crop types, yields, etc, under the advice of technical personnel.
Optimal Application Timing
Pre-flowering Stage: To promote strong stems, healthy leaves, and flower bud differentiation.
Fruit Expansion Stage: To improve fruit gloss, prevent cracking, and enhance quality.
Stress Periods: During drought, hot winds, or cold snaps for protection and quick recovery.
Soil Conditioning Phase: Before planting or during soil improvement programs to restore healthy pH.
Why Choose JINMAI Ionic Silicon Fertilizer?
High concentration bioavailable silicon
Fast absorption through leaves and roots
Compatible with most fertilizers and crop protection products
Improves plant resilience and crop quality
Suitable for modern sustainable agriculture systems
Precautions
1. Compatibility: Drip Irrigation: It is recommended to apply separately. Flush the pipeline thoroughly before and after use; Foliar Spray: If tank-mixed with other products, perform a secondary dilution first and conduct a compatibility test before mixing.
2. Storage: Store in a cool, well-ventilated place and avoid direct sunlight.
3. Safety: Keep out of reach of children; Not for human or animal consumption; In case of eye contact, rinse immediately with plenty of clean water and seek medical advice promptly.
FAQ
1. What is ionic silicon and why is it important for plants?
Ionic silicon is a readily absorbable form of silicon that plants can quickly utilize. Silicon strengthens plant tissues, improves resistance to diseases and pests, and enhances tolerance to environmental stress.
2. Can this fertilizer be mixed with other fertilizers or pesticides?
Yes. The product is compatible with most foliar fertilizers and crop protection products. However, a small compatibility test is recommended before large-scale mixing.
3. Does silicon fertilizer work for all crops?
Although silicon is not classified as an essential nutrient for all plants, many crops such as rice, vegetables, and fruit trees respond strongly to silicon supplementation with improved growth and resilience.
4. Will it leave residue on fruits or leaves?
No. The product is a colorless transparent liquid that dissolves completely in water and leaves no visible residue after application.
5. How often should the product be applied?
For most crops, applying every 10–15 days during active growth stages provides optimal results.
6. Does silicon help plants tolerate drought or heat?
Yes. Silicon improves water-use efficiency and strengthens plant cell walls, helping crops better tolerate drought, heat, and other environmental stresses.