
It contains 46% nitrogen, making it the highest nitrogen content among solid fertilizers. This high concentration ensures a potent nutrient source, essential for promoting vigorous plant growth and enhancing crop yield.
It offers better flow and spreading properties compared to prilled urea. Its larger particle size allows for more uniform application, reducing the risk of clumping and ensuring efficient coverage over large areas.
The slow-release nature of granular urea means it provides a steady supply of nitrogen to plants. This gradual release helps minimize nitrogen loss through volatilization and leaching, ensuring more efficient nutrient utilization.
Can be applied directly to the soil or mixed with other fertilizers like phosphate and potash. This flexibility makes it suitable for creating a balanced NPK fertilizer mix, catering to various plant nutrient needs.
Typical application rates range from 15-30 grams per square meter, with 1 kg covering 33-66 square meters. This provides precise and efficient nutrient application, suitable for both hand spreading and mechanical spreaders.
Granular urea (coated) features larger and more robust particles compared to prilled urea. This durability reduces breakage and ensures consistent application, enhancing its effectiveness and longevity in the soil.
Granular urea is a key ingredient in the production of various other fertilizers. Its high nitrogen content makes it an essential component for creating blended or specialized fertilizers, enhancing nutrient delivery for diverse agricultural needs.
Used in the production of melamine through a reaction with formaldehyde. Melamine is a crucial component in melamine-methanal resins, which are used for durable coatings, laminates, and kitchenware, benefiting from urea’s chemical properties.
Granular urea is used in synthesizing urea-formaldehyde resin. This resin is vital in manufacturing adhesives, particleboard, and other wood products, providing strong bonding and durability in industrial applications.
Coated granular urea is employed in the reduction of nitrogen oxides (NOx) emissions from diesel engines. It is used in Selective Catalytic Reduction (SCR) systems, where it reacts with NOx to produce nitrogen and water, thus mitigating air pollution from vehicles.
It is applied to grass early in the growing season to promote healthy, early-season growth or used for top-dressing cereals later in the season. The high nitrogen content supports robust plant growth and improves crop yield, making it a versatile agricultural tool.
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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Ethylene glycol, also known as monoethylene glycol or MEG, is an odorless, colorless, flammable, hygroscopic liquid that is toxic in its high concentrations. It is the simplest combination of glycols and one of the most common organic compounds with the formula of C2H6O2. It can be gained from the reaction of ethylene oxide and water. Not only does it have low volatility and low viscosity, but it is also completely miscible with water and many other organic liquids like alcohols, aldehydes, ketones, and esters. This sweet-taste chemical can be mixed with water in any proportion. MEG is commonly used as a raw material for antifreeze fluids. Furthermore, the high boiling point of ethylene glycol and its strong affinity for water make it an ideal dehydrating agent for natural gas production.
There is a strong global need for Monoethylene Glycol as it is a vital ingredient. Due to the reactivity of the hydroxyl group and its high degree of solubility, ethylene glycol offers a wide range of applications. The ability to mix readily and form stable solutions enhances MEG’s versatility, efficiency, and effectiveness in numerous processes.
MEG is a key component in synthesizing polyester fibers, films, and resins. It is used to produce polyethylene terephthalate (PET) for plastic bottles and packaging. Polyester fibers, threads, films, and polyester resins are produced from the reaction between MEG with dibasic acids and their esters and it is used in the synthesis of PET.
It is used in synthesizing unsaturated polyester resins, alkyd resins, rosin esters, and polyurethane resins. It acts as a coalescence and anti-freezing agent in emulsified resins. It is used together with adipic acid and other glycols, and rubber with a high chemical and abrasion resistance. Resins produced from oleic acid and MEG, known as alkyd resins, are used frequently in the industry of paints and varnishes. It also can be used as a wetting and plasticizing agent in the production of cellophane, glues and adhesives, textiles, printing ink, leather, cosmetics, paper, and pharmaceutical products.
Because of its low freezing point, it can decrease the freezing point of water in automotive antifreeze. So, it is used in aircraft de-icing and anti-icing agents. Plus, it is used in industrial refrigeration circuits and internal combustion engine coolant systems to raise the boiling point and reduce the freezing point of the solution used. It can also be utilized in the formulation of printing ink, in the treatment of gases, in the formulation of fire-resistant hydraulic fluids, cutting oils, surface polishers, agrochemicals, extraction of solvents, manufacture of pigmented pastes and putty for walls, and in the synthesis of explosives.
MEG is a component in polyester fiber synthesis for sports and casual wear. It is used as a wetting and plasticizing agent in textile production. Polyester fibers have high strength, durability, and resistance to shrinking and wrinkling.
MEG is a key ingredient in polyethylene terephthalate (PET) production for making bottles, containers, films, and trays. PET has excellent transparency, mechanical strength, and recyclability.
It serves as a raw material, solvent, plasticizer, humectant, and intermediate in various chemical syntheses. MEG is also used to produce unsaturated polyester resins, polyurethane systems, detergents, morpholine, and other organic compounds.
MEG acts as a dehydration agent in natural gas pipelines. It can inhibit the formation of natural gas clathrates.
It is used as a lubricant for moving parts in cooling systems and as an additive for electrolytic polishing belts, besides antifreeze.
It can be applied as a de-icing and anti-icing agent for aircraft. It leads to preventing ice formation on the wings, fuselage, and other parts of the aircraft.

LiquidPolyethylene Glycol (PEG) is a colorless, odorless, water-solubleliquid widely used in pharmaceutical, cosmetic, and industrial applications. Itis non-toxic, versatile, and miscible with water and many organic solvents,making it suitable for a wide range of formulations.
Liquid PEGoffers reliable quality and consistent performance for both industrial andconsumer-product applications.
PRODUCER: Shazand PC

