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The 50 kg granular urea bag comes in different types. They include:
Broadcast Granules
These are coarse, crystalline particles with a granular granule size of approximately 1 to 4 mm. This size guarantees an even spread when dispersed across vast agricultural grounds using air seeding or fertilizer spreader methods. Moreover, the larger size ensures the granules resist clumping during transportation and storage. Also, it helps them break down and dissolve effectively once they attain contact with soil moisture.
Fine Granules
Fine granules have a smaller size than granular urea, approximately 0.5 to 2 mm. This smaller size facilitates precise application and is compatible with advanced fertilization equipment. This equipment includes liquid injectors or precision planters. Usually, the fine particles dissolve quickly in moisture, ensuring immediate nutrient availability to the crops.
Coarse Granules
Coarse granules are on the higher side of the size scale, around 2 to 5 mm. Due to their size, they are suitable for controlled-release applications. They are often used in situations where delayed dissolution is crucial. This includes in soils with high moisture retention or in environments where slower nutrient uptake is needed.
Ultra-Fine Granules
Ultra-fine granules consist of particles smaller than 0.5 mm. They are typically used in generating suspensions for liquid urea fertilizers. The producers often incorporate ultra-fine urea granules into their liquid fertilizer formulations. They are also adding phosphates or potassium to create balanced NPK ratios for optimal crop nourishment.
Custom-Sized Granules
Custom-sized granules allow manufacturers to produce granular urea in specific sizes. They make it possible for the farmers to request sizes that meet precise application rates and soil types in their regions. The custom granule size ensures that the urea fertilizer fulfills particular agronomic requirements. This maximizes both efficacy and convenience.
A granular urea 50 kg bag has a plethora of industrial applications. They include:
Agricultural Fertilizer
Urea is extensively used in agriculture as a nitrogen-rich fertilizer. Usually, it enhances crop growth and increases yields. Specifically, urea is applied to fields in granulated form using spreaders or agricultural machinery. After application, soil moisture or rainfall dissolves the granules. This process allows the nitrogen to be absorbed by plants rapidly.
Soil Enhancement for Reclamation
Urea has an application in land reclamation projects as a soil enhancer. In these projects, urea is used to restore degraded lands by enriching nutrient-deficient soils. It promotes vegetation regrowth. Moreover, urea supports the revitalization of ecosystems by making the soil fertile again for native plants to thrive.
Powder Coating in Manufacturing
Companies in the manufacturing industry use urea granules as a powder coating material for various surfaces. They include metals and plastics. In this application, urea provides a durable and protective finish. They apply the granules through electrostatic spray methods. Urea coats the surface and prevents rust, corrosion, and other environmental damages.
Instrumentation in Mining Operations
In the mining sector, urea granules play a crucial role in the production of explosives. Usually, urea is combined with ammonium nitrate to generate solutions used in making ammonium nitrate fuel oil (ANFO) explosives. These explosives have an application in mineral extraction, construction, and other related fields.
Wastewater Treatment Processes
Urea in wastewater management initiates biological processes in treatment plants. Usually, it serves as a nitrogen source for bacteria. This helps in the organic matter breakdown. Furthermore, it supports the growth of microbial populations that are critical for effective wastewater treatment. Therefore, this leads to the reduction of harmful substances before water is released back into the environment.
The urea bags key product specifications and features are:
Benefits of Nitrogen Fertilizer for Plants
Urea granules contain a high concentration of nitrogen, approximately 46%. This makes them one of the most potent nitrogen fertilizers available. Usually, they promote lush green foliage, enhance protein synthesis. This results in improved plant growth and agricultural yields.
Controlled Release and Solubility
Urea granules have a solid structure that ensures they are released gradually into the soil. This controlled release happens when the granules dissolve in moisture. The dissolution process gives the plants access to nitrogen over an extended period. This diminishes the chances of nutrient leaching and wastage.
Ease of Application
Urea granules are easy to incorporate into existing farming systems. They are compatible with standard spreaders and fertilization equipment. Thus, this versatility ensures uniform application across fields, improving fertilizer efficiency.
Water Solubility and Soil Absorption
Apart from being granulated, urea is highly water-soluble. This allows it to rapidly mix with soil water and be absorbable by plant roots. Also, the solubility makes urea suitable for both dry and wet application methods. Usually, its adaptability ensures crops receive essential nutrients promptly regardless of prevailing weather conditions.
Safety Precautions During Handling
Although urea granules are safe to handle, the users must strictly adhere to basic safety precautions. These include wearing gloves and protective gear when handling fertilizer bags. Further, particulate safety equipment is used to prevent inhalation of fine granule dust. This ensures safety during application and storage is maintained.
Product Storage Guidelines
The producers recommend storing urea granules in a cool, dry place to maintain their effectiveness. In addition, exposure to excess moisture can cause granule clumping and loss of nitrogen. Also, ensure the storage area is free from chemicals or substances that can contaminate the fertilizer.
The granular urea fertilizer uses directions are as follows:
Agricultural Uses
Crops apply urea fertilizer during planting or growing season. They apply it as a side-dressing or basal application. For broadcast applications, they spread 100 kg per hectare using a hand-held applicator or a mechanized spreader. They ensure an even distribution across the fields.
Gardening and Lawn Care
For gardens or small farming areas, granular canadian urea is mixed into the topsoil to a depth of 1-2 inches. For lawns, they dissolve 5 teaspoons of urea in 1 liter of water and mix it with 1 liter of water. They apply the fertilizer after dilution. They ensure the application happens during dry conditions to facilitate absorption before rainfall.
High-Value Crops
Urea acts as a source of nitrogen for high-value crops like vegetables and fruits. Farmers use split applications for these crops. They apply half the amount during the vegetative stage and the other half during the reproductive stage. This helps in nutrient retention. Also, they reduce loss to the environment while improving fruiting and flowering results.
Temperature Considerations
Farmers apply urea successfully during cooler parts of the day. These parts are either in the early mornings or late evenings. By doing so, they minimize volatilization. Volatilization occurs when temperatures are high, leading to nitrogen losses.
Field Preparation
Before applying urea, farmers prepare their fields. They till the soil lightly to mix the granules to a shallow depth. This also improves soil structure and reduces surface crusting, which inhibits crop germination and growth.
Combination with Other Practices
Urea is applied together with other fertilizers that complement its nitrogen content. These fertilizers include those high in phosphorus or potassium. Also, when performing applications, they use appropriate urea fertilizer spreader equipment. This ensures accuracy and reduces wastage.
A granular urea 50 kg fertilizer bag has myriad benefits. They include:
Optimal Crop Yields
A bag of urea can significantly enhance agricultural productivity. This is due to its high nitrogen concentration, usually 46%. Therefore, this makes it one of the most potent nitrogen fertilizers. Its nitrogen promotes protein synthesis and root development in plants. Ultimately, this leads to increased crop yields and healthier produce.
Cost-Effective Solution
Urea is affordable compared to other nitrogen fertilizers. It provides more nutrients per application. This cost-effective dilution makes it easily accessible to farmers working on tight budgets. Also, it helps them achieve optimal yields without incurring high expenses.
Flexible Application Methods
Farmers apply urea in varied ways. They include broadcasting, side-dressing, or dissolving it in water for fertigation. This flexibility allows precise application based on crop requirements and soil conditions. As a result, it promotes efficient use and minimizes resource wastage.
Soil Health Improvement
Urea breaks down in the soil to form ammonium and nitrate. These two are beneficial for the soil biology. Usually, the breakdown process enhances microbial activity. Thus, it improves soil structure and nutrient availability. Soil rich in nutrients promotes better crop growth and elevates long-term agricultural productivity.
Safety and Stability
Urea is stable and safe compared to other nitrogenous fertilizers. It reduces the likelihood of nutrient runoff and environmental pollution after application. Therefore, this stability minimizes the chances of fertilizer burns on crops. Also, it ensures plants are protected during and after application.
Measurements and Conversion
The fertilizer is measured by volume in liters and gallons. It is also converted into weight. This helps in determining the amount of fertilizer that should be applied to a specific area. The product's weight is first expressed in kilograms and grams before being converted into limits.
A1. Granular urea is commonly used as a top-dressing fertilizer in agriculture. It provides nitrogen, which promotes vegetative growth in crops.
A2. Granular urea can be spread uniformly over the soil surface. This is followed by incorporation into the soil to minimize nitrogen loss to the atmosphere.
A3. Yes, granular urea is suited for all types of crops. It is versatile and can be applied to various crops, including cereals, vegetables, and fruits.
A4. Store the urea in a cool, dry place. Ensure it is protected from moisture and extreme temperatures. This is because exposure to moisture can cause the granules to caked and lose their efficacy.
A5. Granular urea is synthetic and should not be used in certified organic farming practices. This is because organic farming generally follows strict guidelines.
