
Uncoated urea provides a concentrated source of nitrogen, which is crucial for plant growth and productivity. Its high nitrogen content ensures plants’ rapid uptake, stimulating vegetative growth and improving overall crop yield and quality.
Suitable for applications in agriculture, chemical, and pharmaceutical industries, uncoated granular urea’s versatility makes it a key nitrogen source for fertilizers, industrial chemicals, and even diesel exhaust fluids, showcasing its adaptability across various sectors.
Automotive granular urea dissolves quickly in water, facilitating easy application. Its high solubility allows for efficient and uniform distribution when applied through irrigation systems or directly onto the soil, enhancing its effectiveness as a fertilizer.
Free from coatings, uncoated granular urea ensures minimal impurities. This purity is especially important for sensitive applications, such as in industrial chemical production or pharmaceuticals, where contaminants could affect the product’s performance or safety.
Chemically stable and reliable under normal storage conditions, uncoated granular urea maintains its quality over time. This stability ensures consistent performance, making it a dependable choice for industries that require predictable, high-quality nitrogen sources.
Uncoated, Automotive, or Technical Granular Urea has a variety of applications across different industries due to its high nitrogen content and solubility. Here’s a list of its primary uses:
AdBlue is a diesel exhaust fluid (DEF) that contains high-purity urea (typically around 32.5%) and deionized water (67.5%). The urea in AdBlue reacts with NOx in the exhaust gas, converting it into nitrogen and water, thereby reducing harmful emissions.
Uncoated granular urea is commonly used as a nitrogen fertilizer in agriculture. Its fast-dissolving properties make it suitable for crops that require immediate nitrogen availability for rapid growth and development.
In industries, it serves as a chemical intermediate in the production of resins, plastics, and other chemical formulations. Uncoated granular urea is essential for the manufacture of adhesives like urea-formaldehyde.
Urea is incorporated into various medicinal formulations for its therapeutic properties, including as a keratolytic agent used in dermatology to treat dry or rough skin conditions.
In laboratories, uncoated granular urea is employed for research and testing purposes. Its stable, high-purity form makes it suitable for controlled experiments and chemical reactions.
It is integral to producing urea-formaldehyde resins, which are widely used in wood products, particleboard, and laminates, as well as in various adhesives.
Uncoated urea may be used in specific food processing applications, although this is less common compared to other applications.
Urea is found in cosmetic products for its hydrating and exfoliating properties. It is used in creams, lotions, and other skincare items for moisturizing dry skin.
Urea is typically packaged in two main ways to meet different logistical needs: Break Bulk and Jumbo Bags. In the Break Bulk method, urea is shipped without a container, allowing for larger quantities to be transported in loose form. This method is often used for bulk shipments, where the urea is directly loaded into the ship’s hold or other large-scale transportation means. Jumbo Bags, on the other hand, are containerized, where urea is packed into large 50 to 100-kilogram bags. These bags are secured in shipping containers, providing ease of handling, better protection from environmental factors, and increased flexibility in transport. Jumbo bags are often preferred for smaller deliveries or when enhanced handling is necessary at the destination.
When it comes to the delivery of urea, there are several terms that define the responsibilities between the buyer and seller. FCA (Free Carrier) implies that the seller is responsible for delivering the urea to a specified location, such as a warehouse or terminal, after which the buyer takes over transportation. Buyer ex-warehouse signifies that the buyer picks up the goods directly from the seller’s warehouse, taking responsibility for further shipment. FOB (Free on Board) indicates that the seller’s responsibility includes loading the urea onto a vessel chosen by the buyer, after which the risk passes to the buyer. Lastly, CFR (Cost and Freight) means the seller covers the cost of transporting the urea to the destination port, but the risk passes to the buyer once the goods are on board the ship.
These delivery terms and packaging methods offer flexibility depending on the quantity of urea being transported and the logistical arrangements required for both domestic and international shipments.
Global oil prices are variable, meaning there is no stable and specific price for Technical grade granule urea Please contact us to inquire about the daily prices. You can also find price changes of this material in the chart provided in this section.
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PVC S65 is a high-density polyvinyl chloride (PVC) suspension grade known for its exceptional performance in various industrial applications. Characterized by its K Value of 65, this grade of PVC is specifically designed for use in the production of rigid products such as PVC pipes and fittings, as well as for injection molding applications. The material’s low porosity and high bulk density make it particularly suited for high machine throughput and applications requiring rigid and durable characteristics.
PVC S65 contains approximately 65% chlorine by weight and exhibits the typical thermoplastic properties of PVC. This polymer is a significant player in the petrochemical industry, with a major portion of its production allocated to construction applications due to its cost-effectiveness, mechanical strength, and ease of manufacturing.
The material’s adaptability and wide range of applications are complemented by ongoing advancements aimed at enhancing its environmental and health safety profiles. Innovations in recycling technologies and safer production practices are continually being developed to address the environmental impact of PVC.
PVC S65 is an effective replacement for traditional materials like wood and metal in various construction and industrial applications, thanks to its versatile properties. In construction, it is commonly used for producing durable pipes, PVC fittings, and sewer pipes, benefiting from its water resistance, temperature stability, and high bulk density.
Additionally, PVC S65 is utilized in power cables due to its excellent electrical insulation and flame-retardant properties. Its suitability for injection molding makes it ideal for manufacturing complex parts. It is also used in extrusion processes for rigid sections and in calendaring to produce flexible sheets and films.
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Granular Sulfur Nitrogen is high-efficiency fertilizer containing nitrogen and Sulphur, its application provides high agronomical and economical effectiveness in growing the main agricultural crops.

