North American Farm Inputs Fertilizers Pesticides Seeds Suppliers and Manufacturers

DAP+ fertilizer is a balanced and available source of phosphorus and nitrogen for plant nutrition. It is highly soluble and dissolves quickly in soil to release phosphate and ammonium. DAP+ provides P nutrition throughout phenological stages of crop development and growth, as well as a starter dose of nitrogen and low sulfur. During dissolution in the soil, it temporarily alkalizes the soil solution, which allows effective use of DAP+ on soils with a pH < 7.0. Bulk density: 0.93-1.05 t/m�³ Heavy metals content Item Heavy Metals ppm Arsenic (As) <1 ppm Cadmium (Cd) <1 ppm Lead (Pb) <4 ppm Chromium (Cr) <3 ppm Mercury (Hg) <0.1 ppm Cobalt (Co) <1 ppm Selenium (Se) <1 ppm

Diammonium phosphate is a two-nutrient fertilizer. It contains 18% nitrogen (N) and 46% phosphorus (P) as P2O5. Since its nitrogen content is in ammonium (NH4) form, it is particularly effective in the first development stages of plants. When used as a base fertilizer, its nitrogen content may not be sufficient to provide plantsâ?? need. Therefore, if diammonium phosphate is preferred as starter fertilizer, plants must be supported with other nitrogencontaining fertilizers in top dressed fertilization. Since its nitrogen content is in ammonium (NH4) form, it is easily retained by soil. So no nitrogen loss occurs because of washing as a result of excessive precipitation or excessive irrigation.

TSP fertilizers are preferred as starter fertilizer for low pH soils in which where tea and hazelnut are cultivated and for areas where high-quality tobacco is grown. It can be used for all plants that are grown in the soils with low or moderate phosphorus availability. When phosphorus is applied less than required or applied phosphorus has low efficiency due to soil conditions, fine root development and plant growth are reduced and as a result of this, yield as well. Especially in winter time, color changes occur in old leaves (firstly appearing). These changed colors are observed as scarlet red and purple. When phosphorus playing important role in energy metabolism of plants is deficient, while yield decreases, quality is corrupted.

Description Egusi belongs to the family of water melons. They grow in gourds which are mainly cultivated for their seeds as the flesh is neither sweet nor edible. Egusi seeds are small and flat. One end of the seed is rounded while the other is tapered. After harvest, the gourds are left to ferment; the fermented flesh is then washed off the seeds. The seeds are then dried and the light brown husks removed by hand or mechanically. When ready to be used in food recipes, the white/cream seeds are ground into powder and used as soup thickener. Egusi seeds are in a class of their own and should never be mistaken for pumpkin seeds. Season Egusi Seeds are available all year round. This is because after it is harvested, it is dried and in this state, it can be stored for a very long time. They are cultivated during the beginning of the rainy season, in the months of April through June and harvested at the onset of the dry season, in the months of October through December. Storage Melon seeds properly stored with the shells can last for very long periods of time. It is best stored in air-tight containers. This is to keep out weevils and moisture. Nutrition â?¢ Egusi has very high nutritional value, it is rich in protein, fat, and vitamins a, b1, b2 and c â?¢ It is made up of 30 â?? 40 % protein and about the same proportion of oil â?¢ The oil is cholesterol-free â?¢ In terms of vitamins, it contains alpha-tocopherol, a component of vitamin e â?¢ It also contains palmitic, stearic, linoleic, and oleic acids and a very small amount of carbohydrate and calcium

Urea 46% fertilizer is widely used in agriculture for several reasons, primarily owing to its high nitrogen content. Nitrogen is a crucial nutrient for plant growth, and it plays a central role in various physiological processes within plants. We are the best Urea 46% supplier in PRILLED & GRANULAR. Minimum Quantity: 1,000 Metric Ton / Maximum Quantity: 50,000 Metric Tons. Container load's payment 30% advance and 70% at loading port, contract's payments DLC or SBLC Transferable. Please send us your LOI + CIS for FCO.

Granular And Prilled Urea

Urea

Urea is the most widely used nitrogen fertilizer in the world. It is effective on all crops, including regions with a warm climate. Urea is a synthesized organic molecule that is easily accessible to plants and can be absorbed by all parts of plants, both roots and vegetative mass. Therefore, urea is effective for main application and as a top dress, both independently and in tank mixtures with microelements and plant protection products. Soil pH increases during the urea hydrolysis reaction, which allows granular urea to be used effectively on acidic soils, for fertilizing rice fields, for nitrogen fertilizing cereals, technical crops and horticulture. Bulk density and granule size allow urea to be included in the composition of fertilizer blends and provide uniform distribution over the soil surface. Granulometry Fraction of total mass of granules measuring: under 1 mm 2 %, max 2 mm to 5 mm 95 %, min Under 6 mm 100% Static strength of granules, kgc/gr 2.5, min Free flowing, treated with anti-caking agent.

Our NPKS are specifically designed for EU soil types and climate to deliver a vital source of nitrogen, phosphorous, potassium and Sulphur needed for maximum yield potential. Our unique compounds offer an advantage over the blended alternative with all four nutrients landing in an even spread where required.

Urea is the most widely used nitrogen fertilizer in the world. It is effective on all crops, in regions with a warm climate. Urea is a synthesized organic molecule that is easily accessible to plants and can be absorbed by all parts of plants, both roots and vegetative mass. Therefore, urea is effective for main application and as a top dress, both independently and in tank mixtures with microelements and plant protection products. Soil pH increases during the urea hydrolysis reaction, which allows granular urea to be used effectively on acidic soils, for fertilizing rice fields, for nitrogen fertilizing cereals, technical crops and horticulture. Granulometry: Fraction of total mass of granules measuring: under 1 mm 3%, max 1 mm to 4 mm 3%, max Color white Free flowing, treated with anti-caking agent.

Urea is a white, odorless solid that is the most common nitrogenous fertilizer in the world. It is produced from ammonia and carbon dioxide, and it is a very efficient source of nitrogen for plants.

Urea is a spherical white solid. It is an organic amide molecule containing 46% nitrogen in the form of amine groups. Urea is infinitely soluble in water and is suitable for use as an agricultural and forestry fertilizer as well as for industrial applications which require a high quality nitrogen source. It is not a poison to mammals and birds and is a benign and safe chemical to handle. Nitrogen 46% min Biuret 1.0% max Particle size 2.00-4.75mm 90%min Moisture 0.5% max Appearance green, yellow, free flowing,free from harmful substances APPLICATION Mostly used as nitrogen fertilizer in agriculture, also used as raw material in production of plastics, resins, coating, and medicine. it is used as a surface fertilizer, alone or mixed with other fertilizers; - it is very effective for crops with long growing seasons; - determination on the field is based on the culture and climatic conditions and soil - urea may be used on all soils; - it is applied both early spring and during the vegetation. Apply in subsoil and cover when for calcareous and alkaline soils. Better to apply to together with P K or organic fertilizers

NPK 15:15:15 fertilizer is a type of balanced fertilizer with 15% nitrogen content, 15% phosphorus content and 15% potassium content. It is called a balanced fertilizer because all the nutrients it contains are in equal proportion. The NPK 15:15:15 fertilizer improves the health, quality and yield of crops.

The use of fertilizer, which delivers the minerals required by plants, maintains the physical and chemical structure of the soil, and allows plants to be fed more easily from the soil, is of great importance in terms of ensuring agricultural continuity.