Product Advantages
Performance Characteristics
1. Long-lasting fertilizer effect: Tianbao Feng's controlled-release fertilizer provides nutrients to crops for about 120 days, 60-70 days longer than ordinary fertilizers.
2. High nutrient utilization rate: The nutrient utilization rate of Tianbao Feng's controlled-release fertilizer is about 40% higher than that of ordinary fertilizers.
3. Large increase in yield: Experimental results show that the yield of field crops such as rice, corn, rapeseed, and sugarcane has increased by about 10%-20%; the yield increase of cash crops such as fruits and vegetables, bananas, citrus fruits, medicinal materials, peppers, tea, and potatoes is between 10%-30%.
4. Environmentally friendly fertilizer: Tianbao Feng's controlled-release fertilizer improves nutrient utilization rate by about 40% compared to ordinary fertilizers, reducing pollution to the atmosphere and water quality caused by nutrient loss.
5. Improves soil: Tianbao Feng's controlled-release fertilizer contains nitrogen, phosphorus, and potassium. Long-term use of Tianbao Feng fertilizer can make the soil loose, increase the phosphorus and potassium content in the soil, and reduce the amount of fertilizer needed next year.
6. Only needs one-time application: For crops with a growth period of about 120 days, this product only needs to be applied once as basal fertilizer, ensuring that crops do not lack fertilizer in the early stage, do not have excessive fertilizer in the middle stage, and do not lose fertilizer in the later stage. This saves costs and labor for farmers.
7. Strong drought resistance: Nutrients can continuously supply crops, making the root system developed, stems strong, and drought resistance strong. The release and absorption of nutrients are not highly demanding on humidity and water. After adding "fertilizer-retention" technology, it has stronger drought resistance.
Industry Advantage Comparison
Category |
Tianbao Brand Controlled-Release Fertilizer |
Other Brands of Long-acting Fertilizers |
Ordinary Fertilizer |
Technology 1 |
CAS NAM Technology |
Traditional Coating |
Conventional Technology |
Technology 2 |
CAS Efficiency-enhancing Technology |
None |
None |
Fertilizer Effect Period |
Over 120 days |
60-90 days |
About 40 days |
Nutrient Utilization Rate |
About 80% |
50-60% |
40% |
Yield Increase |
10-30% |
10-20% |
Conventional |
Fertilizer Application per Mu |
Save about 20% |
Save about 10% |
Increase by about 20% |
Number of Fertilizer Applications |
1 time |
1-2 times |
3-4 times |
Environmental Performance |
Relatively Environmentally Friendly |
Secondary Pollution |
Unfriendly to the Environment |
Applicable Scope |
Suitable for both paddy fields and dry fields |
Only suitable for dry fields |
Suitable for both paddy fields and dry fields |
Materials |
Imported White Potassium |
Domestic |
Domestic |
Government Attitude |
Subsidies and Support |
Subsidies and Support |
None |
Note: The comparison is relative. |
Complete Varieties and Contents, Wide Applicability
1. Complete varieties: There are inorganic special fertilizers suitable for bananas, citrus fruits, sugarcane, eucalyptus, mulberry, rice, corn, potatoes and other field crops; long-acting urea, urea-ammonium nitrate, and topdressing fertilizers for one-time topdressing; organic-inorganic compound fertilizers and biological organic fertilizers.
2. Rich content: There are low, medium, and high content varieties: 25%-50% content.
Category |
Nitrogen-Phosphorus-Potassium (N-P 2 O 5-K2 O) |
Type |
Fertilization Method |
Remarks |
Corn and Rice Fertilizer |
Total nutrient ≥40% 24-6-10 |
Medium Chlorine |
Basal fertilizer Topdressing |
Non-chlorine-sensitive crops |
Corn and Rice Fertilizer |
Total nutrient ≥36% 24-5-7 |
Medium Chlorine |
Basal fertilizer Topdressing |
Non-chlorine-sensitive crops |
Coffee Fertilizer |
Total nutrient ≥46% 22-6-18 |
Medium Chlorine |
Basal fertilizer Topdressing |
Contains magnesium, boron, zinc |
Potato |
Total nutrient ≥32% 17-5-10 |
Low Chlorine |
Basal fertilizer Topdressing |
Contains magnesium, boron, zinc |
Tea Fertilizer |
Total nutrient ≥40% 24-6-10 |
Potassium Sulfate |
Basal fertilizer Topdressing |
Contains magnesium, boron, zinc |
Fruits and Vegetables (Regular) |
Total Nutrients ≥42% 18-6-18 |
Potassium Sulfate |
Basal fertilizer Topdressing |
Contains magnesium, boron, zinc |
Fruits and Vegetables (High Potassium) |
Total Nutrients ≥46% 16-6-24 |
Potassium Sulfate |
Basal fertilizer Topdressing |
Contains magnesium, boron, zinc |
Fruits and Vegetables (High Potassium) |
Total Nutrients ≥50% 15-8-27 |
Potassium Sulfate |
Basal fertilizer Topdressing |
Contains magnesium, boron, zinc |
Fruits and Vegetables (High Nitrogen) |
Total Nutrients ≥50% 22-11-17 |
Potassium Sulfate |
Basal fertilizer Topdressing |
Late Stage Fruits and Vegetables |
Topdressing |
Total Nutrients ≥25% 20-0-5 |
High Chloride |
Topdressing |
Non-Chlorine Sensitive Crops |
Sugarcane Fertilizer |
Total Nutrients ≥31% 17-5-9 |
High Chloride |
Basal fertilizer Topdressing |
Sugarcane Crops |
Eucalyptus Fertilizer |
Total Nutrients ≥31% 17-5-9 |
High Chloride |
Basal fertilizer Topdressing |
Eucalyptus and other crops |
Mulberry Fertilizer |
Total Nutrients ≥31% 17-5-9 |
High Chloride |
Basal fertilizer Topdressing |
Non-Chlorine Sensitive Crops |
Stable and Long-lasting Urea |
Total Nutrient N≥46% |
|
Topdressing |
General Purpose |
High-Energy Thio-urea |
Total Nutrient N≥46% N≥30% Sulfur ≥11% Silicon ≥5% |
Nitrate-Sulfur Based |
Topdressing |
Chlorine Sensitive Crops |
Organic-Inorganic |
Organic Matter 30% Inorganic Total Nutrients 13-7-10≥30% |
Nitrate-Sulfur Based |
Basal fertilizer Topdressing |
Total Nitrogen contains 30% Nitrate Nitrogen, 3% Amino Acids, and 5% Humic Acid |
Organic-Inorganic |
Organic Matter 20% Inorganic Total Nutrients 15-5-10≥30% |
Potassium Sulfate |
Basal fertilizer Topdressing |
Also contains 3% amino acids and 5% humic acid |
Organic |
Organic Matter ≥45% Inorganic Total Nutrients ≥5% |
Biological Type |
Basal fertilizer Topdressing |
Base fertilizer and topdressing for any crop |
Remarks |
Soil testing and formula application can also be used for specialty crops. |