Oakland Agritech FULVIC Plus
Oakland Agritech FULVIC Plus
Oakland Agritech FULVIC Plus is a fulvic acid-based liquid biostimulant developed to support plant nutrition, root development and healthy crop growth. It helps improve nutrient uptake and utilization while supporting plants under environmental stress conditions such as drought, heat and salinity. Suitable for cereals, pulses, oilseeds, vegetables, fruits and plantation crops, FULVIC Plus is designed to complement regular crop nutrition and management practices.
Product Details
| Brand | Oakland Agritech |
|---|---|
| Product Name | FULVIC Plus |
| Technical Name | Fulvic Acid Liquid |
| Product Category | Biostimulant |
| Formulation | Liquid |
| Primary Component | Fulvic Acid |
| Recommended Dosage | 500 ml – 1 Litre per Acre |
| Target Crops | Cereals, Pulses, Oilseeds, Vegetables, Fruits and Plantation Crops |
| Primary Functions | Nutrient Utilization, Root Development and Plant Growth Support |
| Manufacturer | Oakland Agritech |
Key Features and Benefits
- Improves Nutrient Uptake: Helps plants absorb and utilize available nutrients more efficiently.
- Supports Root Development: Promotes favourable conditions for root development and overall plant growth.
- Supports Crop Productivity: The manufacturer identifies improved crop yield and quality as potential benefits when used under suitable growing conditions.
- Helps Plants Manage Stress: Supports plant responses to environmental stresses associated with drought, high temperatures and salinity.
- Supports Soil Health: May contribute to beneficial microbial activity and nutrient-related processes in the soil.
- Broad Crop Applicability: Recommended by the manufacturer for several major agricultural crop groups.
How Does FULVIC Plus Work?
FULVIC Plus contains fulvic acid, a component of humic substances associated with nutrient availability and plant physiological processes. Fulvic acid can interact with nutrients and support their availability and uptake by plants.
Through these processes, fulvic acid-based biostimulants may support root growth, nutrient-use efficiency and plant responses to environmental stress. Actual crop responses depend on soil conditions, crop nutrition, climate and application practices.
Recommended Crops
- Cereal Crops: Rice, wheat and other cereals.
- Pulse Crops: Chickpea, pigeon pea and other pulses.
- Oilseed Crops: Mustard, soybean, groundnut and other oilseeds.
- Vegetable Crops: Tomato, chilli, brinjal and other vegetables.
- Fruit Crops: Mango, citrus, banana and other fruit crops.
- Plantation Crops: Suitable plantation crops as directed by the manufacturer.
Dosage and Application
| Application Information | Manufacturer Recommendation |
|---|---|
| FULVIC Plus Dosage | 500 ml – 1 Litre per Acre |
| Application Method | Follow the directions provided on the product label. |
| Application Timing | Follow crop-specific manufacturer guidance and product label instructions. |
Important: The manufacturer's online product information provides a per-acre dose but does not specify a universal water dilution rate, application method or crop-stage schedule. Confirm these details from the product label before use.
Frequently Asked Questions
Q. What is Oakland Agritech FULVIC Plus used for?
FULVIC Plus is a fulvic acid liquid biostimulant used to support nutrient uptake, root development, plant growth and responses to environmental stress.
Q. What is the recommended dosage of FULVIC Plus?
Oakland Agritech recommends 500 ml to 1 litre per acre. Follow the product label for the application method and dilution instructions.
Q. Can FULVIC Plus replace regular fertilizers?
No. It is a biostimulant intended to complement crop nutrition. Regular fertilization should be managed according to soil fertility and crop nutrient requirements.
Q. Is FULVIC Plus suitable for vegetable and fruit crops?
Yes. Oakland Agritech includes vegetables and fruit crops among its recommended crop groups. Follow crop-specific label instructions.
Note: Use only as directed on the product label. Check compatibility before mixing with other agricultural inputs. Crop responses can vary depending on soil fertility, weather, crop condition and cultivation practices.
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