Raw materials
Iron Ore
Iron Ore
Iron ores are naturally occurring rocks and minerals from which metallic iron can be extracted. There are four primary types of iron ore deposits: massive hematite, which is the most commonly mined, alongside magnetite, titan magnetite, and pisolitic ironstone. These ores exhibit a range of colors, including dark grey, deep purple, rusty red, and bright yellow. Iron comprises approximately 95% of all metals utilized by modern industrial society, with nearly 98% of iron ore being employed in the production of steel. Additionally, iron chloride and iron nitrite serve as mordents and industrial reagents in the manufacturing of various types of inks. Iron Sulphate is applied as a fungicide, while iron carbonyl functions as a catalyst in numerous chemical reactions.
Automotive Urea
Automotive Urea
Automotive-grade urea is a highly refined technical grade of urea utilized as a diesel exhaust fluid (DEF) aimed at minimizing nitrogen oxide (NOx) emissions from diesel engines. This product appears as white, solid, cylindrical pellets and comprises 46% nitrogen, predominantly in the form of amine groups. It is compliant with emissions standards IV and V, applicable across all European Union regulations, and is suitable for a variety of commercial vehicles, automobiles, construction machinery, and other large diesel engine selective catalytic reduction (SCR) systems.
Rock Salt
Rock Salt
Rock salt, scientifically known as Halite, is extracted globally from vast underground deposits. These deposits are the remnants of ancient, enclosed seas and lakes that have dried up over time, subsequently covered by layers of sediment and natural materials. The extraction process involves locating and harvesting sodium chloride from extensive subterranean salt beds. we specialize in this specific type of extraction, with a focus on both indigenous salt mines and the Siwa Oasis in Egypt. We provide two varieties of rock salt products: pure Egyptian rock salt, as well as a blend that contains 23% sea salt. Notably, the rock salt sourced from Siwa is renowned for its exceptional purity, measuring at 99.2% with a maximum moisture content of 1%.
Phosphoric Acid 52% Min.
Phosphoric Acid 52% Min.
Phosphoric acid is produced through the reaction between phosphate rock and sulfuric acid. This compound is of great importance in a variety of industries due to its wide-ranging applications. Primarily, phosphoric acid is utilized as a key raw material in the manufacture of phosphate fertilizers, representing its most significant use within the sector.
Talc Powder
Talc Powder
Talc, also known as talcum, is a clay mineral comprised of hydrated magnesium silicate, with a chemical formula that highlights its unique properties. We are pleased to offer a broad range of Talc Powder, manufactured from high-quality raw materials. This powder finds applications across various industries, including paints, food processing, rubber manufacturing, paper production, plastics, electrical cables, pharmaceuticals, cosmetics, and ceramics. Renowned for its softness and lubricating attributes, our Talc Powder is in high demand and available at competitive prices. We ensure safe delivery by providing packaging that protects the integrity of the product, especially suited for twin-screw extrusion processes. The powder is free from resin carriers, boasts over 98% purity, and offers a high degree of flexibility for formulations. The particle shape is cylindrical, with specifications including a diameter of 2.5 mm and a length of approximately 3 mm. This product has undergone a coupling agent coated modification, allowing for exceptional dispersion within the resin. During usage, it generates no airborne dust, promoting a clean work environment and safeguarding employee health. Compared to traditional powders, the increased proportion of particles enhances the efficiency of twin-screw extrusion, resulting in uniform and swift blanking without backflow, thus ensuring stable quality and improved operational efficiency.
Calcium Carbonate
Calcium Carbonate
Calcium carbonate is extensively utilized across various industries, including paper, plastics, paints, and coatings, serving primarily as a filler and, due to its distinctive white color, as a coating pigment. In the paper industry, it is globally recognized for its superior brightness and light scattering properties, making it a cost-effective filler for producing bright, opaque paper. This filler is introduced at the wet-end of paper manufacturing processes, ensuring that the resultant paper exhibits enhanced brightness and a smooth texture. In the realm of paints, calcium carbonate can constitute as much as 30% of the total weight, functioning as an effective extender. Furthermore, this mineral is widely employed as a filler in adhesives and sealants, underscoring its versatility and importance in various applications.
Rock Phosphate
Rock Phosphate
Rock phosphate, commonly referred to as phosphate, is extracted from clay deposits that contain phosphorus and is utilized in the production of organic phosphate fertilizers favored by many horticulturists. Historically, rock phosphate served as a standalone fertilizer; however, due to its limited availability and low nutrient concentration, most fertilizers currently applied are processed.
