About industrieal Urea
Urea is readily quantified by a number of different methods, such as the diacetyl monoxime colorimetric method, and the Berthelot reaction (after initial conversion of urea to ammonia via urease). These methods are amenable to high throughput instrumentation, such as automated flow injection analyzers[17] and 96-well micro-plate spectrophotometersHigh Nitrogen Content for Enhanced ProductivityIndustrial urea offers a minimum nitrogen content of 46%, making it a valuable nutrient source for fertilizers and chemical industries. Its high efficacy improves crop yields and supports a variety of manufacturing processes, providing consistent, reliable results across different sectors.
Consistent Quality and Safe ApplicationThis urea is certified to meet ISO and FAO standards, ensuring safety and quality across every batch. With low caking tendency, negligible heavy metals, and non-toxic properties, it is suitable for diverse applications ranging from agriculture to industrial manufacturing without health hazards when used as directed.
Versatile Packaging to Suit Your NeedsAvailable in 50 kg and 500 kg bags or bulk packaging, our urea caters to a range of logistic and operational requirements. This flexibility allows for seamless distribution, storage, and application, whether you are a large-scale manufacturer or a smaller distributor.
FAQ's of industrieal Urea:
Q: How is industrial urea used in agricultural and chemical industries?
A: Industrial urea is commonly used as a high-nitrogen fertilizer to promote plant growth and improve crop yields. In the chemical industry, it serves as a raw material for resins, adhesives, animal feed, and various chemical syntheses due to its high purity and solubility.
Q: What are the main benefits of using industrial-grade urea?
A: The primary benefits include its high nitrogen content (46% min), low caking tendency, low impurities, and versatility in applications. It ensures efficient nutrient delivery for agriculture and serves as a reliable raw material for industrial manufacturing processes.
Q: Where should urea be stored to maintain its quality?
A: Urea should be stored in a dry, cool, and well-ventilated area to prevent moisture absorption and agglomeration. Proper storage extends shelf life and preserves its granular or prilled form, ensuring optimal performance during application.
Q: What processes use urea as a raw material?
A: Urea is utilized in the production of urea-formaldehyde resins, melamine, plastics, animal feed supplements, and as a reducing agent in certain chemical reactions. Its easily soluble nature makes it suitable for a variety of industrial chemical syntheses.
Q: When is the ideal time to apply urea fertilizer in agriculture?
A: Urea fertilizer is most effective when applied prior to or during planting, or as a top dressing during the growing season. Timing depends on specific crop needs and soil conditions to maximize nitrogen uptake and crop productivity.
Q: How does the particle size of urea affect its usage?
A: With a particle size of 1-4 mm, this urea is designed for efficient application and rapid dissolution in soil or water. The uniform granule size ensures even distribution and minimizes clumping during storage and application.
Q: What safety measures should be followed when handling urea?
A: While urea is non-toxic and generally safe, it's advisable to use gloves and avoid inhaling dust during handling. Ensure the storage area is dry and well-ventilated to prevent health risks or product degradation.