To have a detailed guide to technical urea, we must first know about technical urea itself, its benefits, and then about technical urea properties and uses. Knowing all these helps us decide which form of technical urea we require and how to apply the product.
In this article, a detailed guide to technical urea is explained and all the crucial questions of industry and agriculture owners will be answered.
Technical urea and its forms
Technical urea, meeting industrial quality standards, is a reliable nitrogen source widely used in specialty fertilizers. It is valued for its ability to promote plant growth efficiently, thanks to its high nitrogen content of 46%.
A detailed guide to technical urea shows that having a nitrogen content of 46% makes it ideal for applications and processes that require a large amount of nitrogen to support healthy and robust plant development.
While slightly less pure than its agricultural counterpart, technical urea is widely used in non-agricultural applications. Its high nitrogen content and quality make it valuable in industries such as plastics, automotive, adhesives, and even the livestock sector. This versatility allows it to effectively meet diverse industrial needs.
To give you a detailed guide to technical urea, this product is available in two main forms:
- Granular
- Prills
- Microprills
Technical urea is available in various packaging options to suit different needs. It can be delivered in bulk, in small 25 kg bags, or large bags (FIBCs) for more substantial quantities.
Understanding what makes technical urea suitable for industrial and non-agricultural use starts with Quality Standards of Technical Urea, which breaks down key purity levels, biuret content, and manufacturing requirements.
Technical urea specifications
A detailed guide to Technical Urea shows that this product in a form of prill is a high-purity compound with the following characteristics:
- Chemical Identity:
- Formula: CH₄N₂O or (NH₂)₂CO
- CAS Number: 57-13-6
- EINECS Number: 200-315-5
- Common Names: Carbamide, Carbonyl Diamide, Carbonyldiamine, Diamino methanal, Diamino methanone
- Physical Properties:
- Appearance: White solid prills
- Purity: 99.3%
- Density: 1.32 g/cm³
- Molar Mass: 60.06 g/mol
- Melting Point: 133°C
- Chemical Properties:
- Solubility: Highly soluble in water (590 g/L at 20°C)
- pH: 9.0–10.0 (for a 10% solution)
- Nitrogen Content: 46.3%
This combination of urea prill chemical properties highlights technical urea‘s versatility and suitability for various industrial applications.
Benefits of technical urea
Technical grade urea is a strong nitrogen fertilizer that is commonly used in farming because it provides great nutrients. It has a lot of nitrogen, which is important for helping plants grow and develop, and technical grade urea specifications play a crucial role.
Urea dissolves easily in water, which makes it a good option for different ways of fertilizing plants, like spraying on leaves, applying it to the soil, or mixing it with water for irrigation.
Benefits of a Detailed guide to technical urea:
- Boosted Growth: Helps plants grow strong and increase in size.
- Better Harvests: Increases how much crops can grow and produce.
- Affordable: The high nitrogen level gives you great value for your money.
- Environmental Safety: Made in a way that helps protect the environment and supports farming that can continue for a long time.
Application of technical urea
Technical urea is a colorless, odorless, water-soluble solid used in various industries. While often associated with fertilizers, its unique properties allow for broader applications.
Technical urea usage instructions totally depend on its field of usage. Here we want to name some of the important fields.
Agricultural Uses
Technical urea is used as a nitrogen-rich fertilizer that supports plant growth. How to use technical urea is by boosting yields and releasing nitrogen into the soil. Cost-effective and versatile, it can be applied directly or as a water solution, providing a steady nitrogen supply over time.
Industrial Uses
In the industrial sector, technical urea is essential for producing urea-formaldehyde resins, which are used in adhesives, plywood, and particle board. It is also a key ingredient in diesel exhaust fluid (DEF) for the automotive industry, helping to reduce nitrogen oxide emissions from diesel engines.
Environmental Protection
Technical urea helps protect the environment by reducing nitrogen oxide emissions in SCR systems and controlling nitrogen levels in wastewater treatment to prevent pollution.
Chemical Synthesis
Technical urea is used in chemical synthesis to manufacture pharmaceuticals and medical compounds. It also acts as a raw material for producing chemical intermediates used in both the pharmaceutical and agricultural chemical industries.
Plastics
Technical urea is used in producing urea-formaldehyde, melamine, and nylon. Urea-formaldehyde, a thermoset plastic, is used for insulation, adhesives, and laminates. Melamine, another thermoset plastic, is found in tableware, appliances, and furniture. Nylon, a synthetic fiber, is used in textiles, carpets, and ropes.
Pharmaceuticals
Technical grade urea is used in the pharmaceutical industry to produce drugs such as diuretics, anticonvulsants, and antipyretics. Diuretics help treat fluid retention, anticonvulsants manage seizures, and antipyretics are used to reduce fever.
Is technical urea expensive?
For sure, you know that this material has an effective role in the Industrial grade urea market, and based on that, you can purchase this high-quality material from a reliable company.
To find a reliable company, you should pay attention to the quality of your product, whether it is of high quality or not then based on that, the price of your product will be clear.
What are the steps involved in industrial urea production?
As it is obvious, Technical grade urea uses are various, and you use this product for any industry which is effective. Urea is one of the most produced chemicals and is commonly used as a fertilizer because it has a lot of nitrogen.
Today, urea is mainly made in factories using ammonia and carbon dioxide. This then gradually changes into urea and water under the right conditions.
Two-thirds of the carbon dioxide that is collected during hydrogen production is used to make urea. Different methods for processing have variations in how ammonium carbamate is broken down, how carbon dioxide and ammonia are removed and recovered, and how urea is produced.
All modern industrial processes share one thing: they send extra gases back into the reactor through stripping methods. Finally, the Detailed guide to technical urea solution is concentrated in a special device called a downdraught vaporizer.
Where to buy technical urea?
Technical urea, while safe and non-toxic, must be handled carefully as it can be corrosive to metals and certain plastics. It should be stored in a cool, dry place.
The global market for technical urea is set for substantial growth, driven by rising demand in fertilizers, chemicals, plastics, and pharmaceuticals, with its importance in these sectors anticipated to increase.
It is important to note that obtaining high-quality technical urea can be challenging. Petro Arkan is a trusted supplier, known for providing technical urea that meets rigorous quality standards and is affordably priced.
Summary
Technical urea, which mainly has industrial usages, is a versatile, cost-effective, and compatible product used in different fields for various purposes. In this detailed guide to technical urea, its specifications and usages have been explained. Moreover, its reasons to apply in mentioned fields were written.
FAQ
- Should we wear special clothes when using technical urea?
While using it wear gloves and goggles.
- Where should we store technical urea?
In a cool dry place.
- Is technical urea only for industrial use?
No, it can be used in agriculture.
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