Iran urea 46% Agricultural, Industrial (technical) and medical grade best price for export

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Iran Urea

Iran Urea is a type of urea fertilizer used in various industries. Urea is a chemical compound with the formula CO(NH2)2, composed of carbon, nitrogen, oxygen, and hydrogen atoms. This versatile substance, which is colorless, odorless, and highly soluble, plays a vital role in several fields, including agriculture, industry, medicine, and cosmetics.

Agriculture: In agriculture, urea is frequently employed as a nitrogen fertilizer to stimulate plant growth.
Industry: Urea is utilized in numerous industrial applications, such as reducing vehicle emissions and manufacturing resins.
Medicine: Medical-grade urea is used for diagnostic tests and skincare products because of its moisturizing properties.
Cosmetics: In cosmetics, urea is celebrated for its skin hydration and softening abilities.

The large-scale production of urea through chemical processes is necessary to meet the demands of these diverse industries.

What is Iran Urea 46%

“Urea 46%” typically refers to a specific type of urea fertilizer. In this context, the “46%” indicates the nitrogen content of the fertilizer. Urea fertilizer with 46% nitrogen is one of the most commonly used nitrogen fertilizers in agriculture.

The “46%” represents that nearly half of the weight of the urea fertilizer consists of pure nitrogen, making it a highly effective nitrogen source for plants.
It provides essential nutrients that promote plant growth, leaf development, and overall plant health when applied to the soil.
Urea 46% is widely used in various crop production systems to enhance agricultural yields.
Farmers typically apply it by spreading it on the soil surface or injecting it into the soil, ensuring proper application and timing for effective nitrogen utilization by plants.

How Many Types of Iran Urea Are Available

There are three main types of urea available in the market, each with distinct applications:

Agricultural Urea: Designed for use in agriculture, it is a high-nitrogen fertilizer that promotes plant growth and enhances crop yields.
Industrial Iran Urea: Used across various industrial sectors, it serves purposes such as resin and plastic production, automotive emissions reduction, and more.
Medical Urea: This pharmaceutical-grade urea is used in medicine for diagnostic tests and skincare products due to its purity and moisturizing properties.

Agricultural Urea

Composition and Characteristics: Agricultural urea is usually in white granular or prilled form with a high nitrogen content of approximately 46%. It’s a dry, solid form of urea and highly soluble in water, allowing efficient plant absorption.
Application in Agriculture: Agricultural urea is applied to the soil to provide plants with readily available nitrogen. When it breaks down into ammonia and carbon dioxide, it supplies nitrogen to plants, essential for protein and chlorophyll formation and photosynthesis.
Benefits: It promotes plant growth, higher crop yields, and offers a concentrated nitrogen source, making it cost-effective for large-scale agriculture. Precise application and dosage control ensure the right amount of nitrogen is delivered.
Application Methods: It can be applied through various methods, such as broadcast spreading, banding, or foliar application, depending on the crop and farming practices. Proper timing and technique are essential for optimal benefits and minimal environmental impact.
Environmental Considerations: Efforts are made to manage the use of agricultural urea to minimize environmental concerns, such as nitrogen runoff, through best practices like applying the right amount at the right time.

Industrial Urea

Chemical Composition: Industrial Iran urea shares the same chemical composition as other urea types.
Industrial Applications: It has a wide range of industrial applications, including the production of resins, adhesives, plastics, and explosives. In the automotive industry, it plays a pivotal role in reducing harmful emissions through Selective Catalytic Reduction (SCR) systems.
Quality Control and Purity: Quality control measures are in place to ensure industrial urea meets stringent standards for its intended applications.
Safety: Proper handling and safety measures are essential, particularly in applications involving explosives or high pressure.
Environmental Considerations: The industrial sector continually works to reduce the environmental impact of urea production and usage, focusing on sustainability and reduced emissions.

Medical Urea

Purity and Quality: Medical urea is subject to rigorous quality control to ensure high purity and sterility.
Diagnostic Use: It is used in various diagnostic tests, such as the Blood Urea Nitrogen (BUN) test, primarily to assess kidney function.
Therapeutic Use: In dermatology, it is employed in creams, ointments, and lotions for skin conditions, thanks to its hydrating and softening properties.
Treating Skin Conditions: Urea in medical skincare products manages various skin issues like psoriasis, eczema, and dry skin. It is a keratolytic agent, softening and exfoliating dry, thickened skin.
Advantages in Medicine: Medical urea stands out due to its moisturizing and exfoliating properties without causing damage. It is well-tolerated for long-term use.
Skin Barrier Function: It supports the skin’s natural barrier function by enhancing moisture retention, particularly beneficial for dry and flaky skin conditions.
Application in Wound Care: Urea is sometimes used in wound care to promote tissue removal and healing.
Safety and Sterility: Maintaining sterility is crucial when used in medical settings, ensuring purity.

Skin Benefits of Medical Urea

Moisturizing and Hydrating Properties: Urea’s water retention abilities improve skin elasticity and overall appearance, making it a valuable ingredient in cosmetics and dermatology.
Treatment of Ichthyosis: Urea-based products help individuals with conditions like ichthyosis, characterized by dry, scaly skin.
Exfoliating Action: It’s useful for addressing calluses and corns by removing dead, thickened skin, contributing to smoother and healthier skin.
Combination Therapy: In some cases, it is combined with other active ingredients like lactic acid or salicylic acid to enhance its exfoliating effects, catering to specific skin conditions.
Dermatological Advancements: Ongoing research leads to advanced urea-based formulations designed for specific skin issues.
Patient Education: Dermatologists educate patients on the proper use of urea-based products, ensuring maximum benefits and minimal side effects.
Prescription and Over-the-Counter Products: Medical urea is available both as prescription-strength formulations and over-the-counter skincare products, chosen based on the severity of the skin condition.
Safety and Allergies: While generally well-tolerated, individuals with sensitive skin should perform a patch test to detect potential allergies.

Granular Iran Urea

Granular urea is a specific form of urea fertilizer that is produced and sold in the shape of small, solid granules. It is commonly used in agriculture to provide plants with a concentrated source of nitrogen, which is essential for their growth and development. The granular form of urea offers several advantages in comparison to other urea formulations, such as prilled urea or urea in solution. Here are some key characteristics and benefits of granular urea:

Granular Urea Characteristics:

Physical Form: Granular urea consists of small, round granules or pellets. These granules are typically more substantial and less likely to break apart compared to prilled urea, which is made up of small spheres.
Ease of Handling: The granular form is easier to handle, transport, and store. The pellets are less likely to create dust during these processes, which can be a concern with prilled urea.
Reduced Caking: Granular urea is less prone to caking or forming hard lumps when exposed to moisture or humidity, which can be an issue with prilled urea.
Controlled Release: The granules can be engineered for controlled-release formulations, allowing for a more gradual and consistent release of nitrogen over time. This can help optimize nutrient availability for plants.

Benefits and Uses of Granular Urea

Effective Nitrogen Source: Granular Iran urea is a highly efficient source of nitrogen for plants. When applied to the soil, it provides essential nutrients that promote plant growth, leaf development, and overall plant health.
Convenience: The physical form of granular urea is easy to handle and apply. It can be spread uniformly across fields, ensuring that crops receive the right amount of nitrogen.
Reduced Dust: Granular urea generates less dust compared to prilled urea, making it more operator-friendly during application.
Suitable for Blending: It can be easily blended with other fertilizers or soil amendments to create custom fertilizer blends tailored to specific crop and soil requirements.
Controlled-Release Options: Some granular urea products are designed for controlled release, which can extend the availability of nitrogen to plants over an extended period, reducing the risk of nutrient loss through leaching or volatilization.
Versatile Application Methods: Granular urea can be applied using various methods, including broadcast spreading, banding, and incorporation into the soil, depending on the crop and farming practices.
Environmental Considerations: Proper application practices with granular urea can help reduce environmental concerns, such as nitrogen runoff into water bodies, which can lead to water pollution.

Prill Iran Urea

Prilled urea, also known as prill Iran urea, is a specific form of urea fertilizer characterized by its spherical or pellet-shaped granules. These small, round pellets are a popular choice for agricultural applications due to their ease of handling, storage, and application. Here are some key characteristics and benefits of prilled urea:

Prilled Urea Characteristics

Spherical Granules: Prilled urea is made up of small, uniformly sized, spherical granules or pellets. These pellets are typically smaller and rounder than the granules found in granular urea.
High Purity: Prilled urea is known for its high level of purity, often exceeding 99%. This ensures that the primary nutrient delivered to plants is nitrogen, supporting robust growth.
Uniform Particle Size: The uniform size and shape of prills allow for even spreading when applied to agricultural fields, ensuring consistent nutrient distribution.
Quick Dissolution: Prilled urea is highly soluble in water, which means it readily dissolves when exposed to moisture, making the nitrogen it contains quickly available to plants.
Reduced Dust: Compared to some other urea formulations, prilled urea typically generates less dust during handling and application.

Benefits and Uses of Prilled Urea

Efficient Nitrogen Source: Prilled urea is an efficient source of nitrogen for plants. It is commonly used to promote plant growth, leaf development, and overall plant health in agriculture.
Ease of Handling: The small, spherical prills are easy to handle, transport, and store. Their uniform size makes them less likely to clog or clump during application.
Quick Nutrient Release: Prilled urea rapidly dissolves in soil moisture, releasing nitrogen for plant uptake. This quick nutrient release is beneficial, especially during critical growth stages.
Convenience: Farmers can spread prilled urea uniformly across fields using conventional spreading equipment, ensuring that crops receive a consistent amount of nitrogen.
Suitable for Blending: Prilled urea can be blended with other fertilizers or soil amendments to create customized fertilizer formulations that cater to specific crop and soil needs.
Versatile Application Methods: It can be applied using various methods, including broadcast spreading, banding, or incorporation into the soil, depending on farming practices and crop requirements.
Environmental Considerations: Proper application practices help reduce environmental concerns, such as nitrogen runoff into water bodies, by ensuring that the nitrogen is effectively utilized by crops.

Differences of coated and uncoated urea

Coated and uncoated urea are two different forms of urea fertilizers used in agriculture, each with distinct characteristics and advantages. Here are the key differences between coated and uncoated urea:

1. Coating:

Coated Urea: This type of urea has a protective coating or layer applied to the surface of the granules. The coating can be made from various materials, including sulfur, polymer, or a combination of substances.
Uncoated Urea: Uncoated urea, as the name suggests, does not have any additional coating on its surface. It consists of plain urea granules.

2. Nutrient Release:

Coated Urea: Coated urea is designed to release nitrogen (the primary nutrient in urea) at a slower and more controlled rate. The coating acts as a barrier, slowing down the dissolution of urea granules, which helps to reduce nitrogen loss through volatilization and leaching.
Uncoated Urea: Uncoated urea releases its nitrogen rapidly when it comes into contact with moisture. This can result in a quicker nutrient release and potential nitrogen loss if not managed carefully.

3. Nitrogen Efficiency:

Coated Urea: Coated urea is often considered more nitrogen-efficient. The controlled release of nitrogen minimizes the risk of excessive nitrogen loss, making it an efficient choice for providing crops with a steady supply of nitrogen over an extended period.
Uncoated Urea: Uncoated urea provides a quick supply of nitrogen to plants. However, this can lead to inefficient nitrogen use, as rapid release may result in excess nitrogen being lost before crops can fully utilize it.

4. Application Timing:

Coated Urea: Coated urea is suitable for applications where a prolonged and steady release of nitrogen is desired. It is often used as a basal or pre-planting fertilizer.
Uncoated Urea: Uncoated urea is commonly used when a quick release of nitrogen is needed, such as during the growing season to meet the immediate nutrient requirements of crops.

5. Handling and Storage:

Coated Urea: Coated urea is generally less susceptible to caking, dust generation, and moisture absorption due to its protective coating. This can make it easier to handle and store.
Uncoated Urea: Uncoated urea is more prone to caking when exposed to moisture or humid conditions. It may also generate more dust during handling.

6. Environmental Impact:

Coated Urea: Coated urea is often favored for its potential to reduce nitrogen leaching and volatilization, which can lead to decreased environmental impacts, such as reduced water pollution and greenhouse gas emissions.
Uncoated Urea: Uncoated urea may contribute to higher nitrogen losses, which can have greater environmental consequences if not managed properly.

7. Cost:

Coated Urea: Coated urea is typically more expensive than uncoated urea due to the additional cost of the coating materials and manufacturing process.
Uncoated Urea: Uncoated urea is generally more cost-effective but may require careful management to minimize nitrogen losses.