When it comes to modern farming, a few tools are essential, such as urea fertilizer. Though it may seem simple at first glance, urea plays a major role in supporting healthy crop growth.

At Petroarkan company, we’ve been at the forefront of urea suppliers since 2012, delivering high-performance products tailored to the needs of agriculture and industry. With more than a decade of experience, we understand the critical role fertilizers like urea 46% play role in food production and sustainability.

Whether you’re looking for decent granular urea, prilled urea, technical grade urea, or beyond, Petro Arkan is here to help you find the right product.

Urea Fertilizer Properties

Urea might not sound exciting at first, but it’s one of the most important tools farmers use to help crops grow. It’s a white, crystal-like substance that’s packed with nitrogen – about 46% – which is a vital nutrient for plant growth.

Naturally, urea 46 is found in the urine of mammals and some other animals as a waste product of metabolism. However, it’s also widely produced synthetically for industrial and agricultural use.

Farmers have been using urea for years, but lately, urea has become the top choice for nitrogen fertilizer. With that shift, more people are asking questions about how to get the most out of it, which is why understanding how it works has never been more important.

Urea Fertilizer Contents

Fertiliser urea has the chemical formula CO (NH₂)₂. While nitrogen is the main ingredient, some versions of urea have small amounts of other helpful nutrients like phosphorus, potassium, sulfur, and micronutrients.

The percentage of each compound in urea fertilizer 46-0-0 is:

• Carbon: 46.65%
• Nitrogen: 46.65%
• Oxygen: 6.70%

Remember that the percentage might be slightly different based on the purity of the urea sample and also the production method that was used.

Urea Fertilizer Advantages

When it comes to giving your crops a solid nitrogen boost, urea 4600 fertilizer stands out for a bunch of good reasons.

The advantages of urea are as follows:

• High nitrogen content (46.6%) – more efficient than other fertilizers
• Lower handling, storage, and transport costs
• Works on all soil types without changing pH
• Safe to store – no fire or explosion hazard
• Low-cost production with abundant raw materials
• Environmentally friendly – minimal pollutants during manufacturing
• Flexible application – solid, liquid, or foliar spray
• Boost crop yields when used properly

Urea Fertilizer Disadvantages

While urea nitrogen fertilizer is a popular and powerful nitrogen fertilizer, it’s not without its downsides – and knowing them is key to using it wisely.

• High solubility: urea absorbs moisture and requires better packaging than ammonium sulfate.
• Instability: breaks down at low temperatures, releasing NH₃ and CO₂, which leads to nitrogen loss.
• Impurities: urea with over 2% impurities can harm sensitive crops, especially citrus.
• Soil acidity: increases ammonia levels in soil, making it more acidic and reducing natural fertility.
• Risk of overuse: excessive urea can damage fertilizer and lead to nitrogen waste.
• Slow acting: takes about 7 days to break down and become effective in the soil.
• Weed growth: weeds can also absorb urea, and this causes unwanted growth.
• Pollution: manufacturing urea releases harmful gases into the atmosphere.
• Loss on alkaline soil: nitrogen can be lost quickly in alkaline soils or those rich in organic matter.
• Incompatibility with other fertilizers: it shouldn’t be mixed with lime, ash, or calcium magnesium phosphate during application.

Urea Fertilizer Uses

Urea exhibits a diverse array of applications spanning various industrial sectors. Here are some of urea 46 key uses:

• Urea for plants: more than ninety percent of the urea produced is used for plants, mostly as a nitrogen-releasing fertilizer. When applied to soil, urea breaks down into ammonium, which plants can absorb.
• Chemical industry: Urea fertilizer used to produce various plastics, and also a key ingredient in several adhesives and other chemical products.
• Automotive applications: urea plays a crucial role in reducing emissions from engines and power plants. It’s used in Selective Non-Catalytic Reduction (SNCR) and Selective Catalytic Reduction (SCR) systems to help lower nitrogen oxide pollutants in exhaust gases.
• Medical uses: in medicine, urea fertilizer appears in topical skin treatments designed to rehydrate dry or damaged skin. It’s also used in certain medical procedures, such as urea injections for inducing abortions, among other applications.
• Animal feed: as a cost-effective source of nitrogen, urea is added to animals; feed to support growth and improve nutrition.
• Household products: interestingly, urea also shows up in everyday products like dish soap, which helps improve cleaning efficiency.

Petro Arkan; Over A Decade Of Innovation

With over a decade of experience, we combine innovation, reliability, and a deep understanding of our client’s needs to offer products that meet the highest standards of performance and safety.

Whether you are in pursuit of high-quality granular urea, prilled urea, technical grade urea, or other variants, Petro Arkan is poised to assist you in identifying the most suitable product.

Conclusion

In summary, urea fertilizer continues to be a key in modern agriculture due to its high nitrogen content, affordability, and versatility. While it offers many advantages for boosting crop yields and supporting large-scale farming, understanding its limitations is just as important for using it effectively and responsibly.

FAQ

1. What percentage of nitrogen does urea contain?

Approximately 46%

2. What are the main advantages of using urea fertilizer?

It’s efficient, cost-effective, easy to store, and compatible with most application methods.

3. Can urea be used on all soil types?

Yes; urea works on all soil types.