Acetic acid, ammonium bi carbonate, ascorbic acid, activated carbon, aluminium sulphate, ammonium chloride, boric acid, barium carbonate, barium sulphate, borax cacl2 calcium hypo, calcium stearate, caustic soda, copper sulphate, citric acid, de ionised water, dsp edta, epsom, salt, ferric chloride, ferric sulphate, ferrous sulphate, formaldehyde, formic acid, glycerine, hcl, hydrogen peroxide, isopropanol, lactic acid, lime, magnesium carbonate, magnesium chloride, magnesium oxide, mgso4, mno, mnso4, mpg, nitric acid, oxalic acid, phosphoric acid, potassium carbonate, potassium chloride, potassium hydroxide, potassium permanganate, potassium sorbate, sodium benzoate, sodium bi carbonate, sodium bi sulphate, sodium carbonate, sodium formate, sodium hexametaphosphate, sodium hydrosulphite, sodium hypo, smbs, sodium metasilicate, sodium nitrate, sodium persulphate, sodium sulphate, sodium thiosulphate, sorbic acid, stearic acid, sulphamic acid, trisodium phosphate, urea, water treatmen.Import, export, distribution, warehousing
industrial salt, sodium chloride ( nacl). calcium carbonate caco3. silica sand, silica flour. defoamer/antifoam biocide, corrosion inhibitor, clay control. hydrochloric acid. calcium and sodium lignosulfonate. sodium gluconate. cementing ,stimulation and drilling fluid speciality chemicals.
Citric acid, liquefied chlorine, caustic soda, caustic soda flakes, hcl, sodium hypochlorite 12%, fulvic acid, sulphuric acid, humic acid, phosphoric acid, polyaluminium chloride, water treatment chemicals, sulphur, calcium carbonate, aluminium sulphate, acetic acid, acetone, common salt, methanol.
Ammonia Sulphate
Ammonia Sulfate.
Bentonite, barite, hemtite, polymer sand, silica sand, calcium chloride.Sourcing service
Sulfate, Alfa Alfa, Crude Oil, Jp And Diesel.
Description Industrial Raw Quicklime Mineral also known as calcium oxide CaO is a term commonly applied to several related materials. Pure lime is calcium oxide CaO formed by burning a form of calcium carbonate such as limestone or marble CaCO3. Calcium oxide is a key ingredient for the process of making cement. As a cheap and widely available alkali. About 50% of the total quicklime production is converted to calcium hydroxide before use. Both quick- and hydrated lime are used in the treatment of drinking water. Quicklime is used as Industrial Raw Materials with other industrial raw material products such as Silica Flour, Limestone, Aggregate, Talc, Volcanic Rock, Abrasives and Calcium Carbonate. The quicklime products are often ground into a fine powder referred to as PULVERIZED QUICKLIME that is ideal for mixing with additives or other materials to result in specialized blended composites. Due to the chemical nature of some additives, the quicklime can become Fluidized, that is, having properties of being highly fluid. The fluidized quicklime is ideal for use with special material handling systems for optimum flowability and to avoid clogging. Quicklime can also be hydrated with water, in a process commonly referred to as slaking, resulting in HYDRATED QUICKLIME (or calcium hydroxide), a dry free-flowing powder product that is practical and efficient for many uses. The relationship of quicklime and hydrated lime The word lime is also used to refer to calcium hydroxide and its chemical formula is Ca (OH) 2, and it is formed by the reaction of calcium oxide also with water. Calcium hydroxide is also known as hydrated lime, or hydrogenated lime while calcium oxide is known as quicklime. Both articles are rules. There are a wide variety of uses for hydrated lime. It uses an auxiliary material for smelting in the production of iron. It is also used to purify aluminum, copper, and zinc, and remove the hardness of water by removing certain minerals from them. It also plays an important role in wastewater treatment. And we find many farmers spread lime in their fields to neutralize soil acidity. Homeowners also use it in their gardens to prevent algae growth. Lime helps hold soil in foundations of roads and runways. In the leather industry, it is used in tanneries to remove hair from animal hides. The mortar that is placed between the tiles or stones in the walls of buildings consists of a mixture of lime, sand, and water. It is also one of the most important components of gypsum, and one of the most important components of a type of cement called Portland cement.
Description Marble Powder Calcium Carbonate is considered the second purest source of calcium carbonate in nature, where the percentage of calcium carbonate reaches 97% CaCo3. After the stage of mining and extracting raw marble from our quarries in the Kingdom, it is crushed in our crushers to get marble chips. Then sorting it from impurities, sifting it, and grinding it to get marble powder called calcium carbonate. It is used in many industries after being sifted and classified in our factories. It can also be used to equalize the pH to reach PH7 in water treatment projects. It contains more than 19.5% of magnesium oxide and more than 29% of calcium oxide. It is less than 0.3% of silicon oxide, less than 0.7% of alumina oxide, and less than 0.1% of iron oxide, (or less than 0.03-0.04% of iron oxide for unpainted glass). Dolomite marble powder is added in sizes from 100-250 microns. In the coating industry (paints), marble powder calcium carbonate is an essential material, as it forms from 30 - 40% of the paint components and is preferred over calcium carbonate powder due to its crystalline nature. The powder is included in the process of manufacturing paint as a filler to improve some of the paint's natural properties such as thermal resistance, thermal conductivity, density, controlling viscosity, preventing flow, reducing oil absorption, and increasing hardness, by combining it with particles of colored or adhesive materials to form a cohesive and stable material with a high flow. The granular size of the powder should not exceed 20 microns. Some of the paints used in exterior wall cladding require marble powder in sizes 0.3 to 1.2 mm. In the plastics industry, marble powder is used as a basic material in the manufacture of many plastic products such as water and drainage pipes, electrical cables, some parts of electrical equipment, some auto parts, children toys, plastic bags, tableware food preservatives and dishes, decorations, and others. It improves the physical properties of the plastic product, it makes it resistant to deformation as it increases its hardness and resistance by increasing the modulus of elasticity. It reduces the thermal expansion coefficient, makes it have a good external appearance and soft touch, and keeps it from sloughing. In addition, it makes it easy to form by increasing its fluidity and dispersion and reducing production costs.
Description Industrial Raw Materials are used for buffing, sanding, grinding, or polishing with other products such as Silica Flour, Limestone, Aggregate, Quicklime, Talc, Volcanic Rock and Calcium Carbonate. An abrasive is a material, often a mineral, that is used to shape or finish a workpiece through rubbing which leads to part of the workpiece being worn away by friction. While finishing a material often means polishing it to gain a smooth, reflective surface, the process can also involve roughening as in satin, matte or beaded finishes. As long as the abrasive itself is harder than the material you are trying to finish, an abrasive will be a very effective way of honing down any material to prepare it for use. Industrial Raw Materials Abrasives consist of minerals that can be either naturally-occurring or synthetic, such as calcite, emery, pumice, sandstone, garnet, borazon, ceramic, steel abrasive, and silicon carbide. When used for industrial applications such as mining, construction, railroad, and wholesale/retail operations, usage falls into several different categories: bonded, coated and others. A grinding wheel is a good example of a bonded abrasive, operated at very high speed to finish any material which is pressed against it. Sandpaper is the most commonly used coated abrasive, and is affixed to a backing material, such as paper or metal. While sandblasting a stream of Industrial Raw Materials Abrasives is thrown out on the surface of the workpiece to make it smooth or to remove the contaminants from the surface. Apart from this, these are used in automotive paints. Calcium carbonate is also an Abrasive that is used in toothpaste. In this particular application, hardness of the Abrasive is more than that of the contaminating agent but less than that of the tooth enamel. This helps in removing the bacterial plague without damaging the tooth enamel. Abrasives are also used in the processing of jewelry pieces.
Description Marble Chips are metamorphic rocks formed by the alteration of limestone by heat and pressure. In its pure form, marble is a white stone with a crystalline and sugary appearance, consisting of calcium carbonate CaCO3. Usually, marble contains other minerals, including quartz, graphite, pyrite, and iron oxides. It is used for its chemical properties in pharmaceuticals and agriculture. It is used for its optical properties in cosmetics, paint, and paper. They are used as Industrial Raw Materials with other industrial raw material products such as Silica Flour, Limestone, Aggregate, Quicklime, Talc, Volcanic Rock and Abrasives. Marble is usually a light-colored rock. It is one of the most effective acid-neutralization materials. Being composed of calcite, marble has a hardness of three on the Mohs hardness scale. As a result, marble is easy to carve, and that makes it useful for producing sculptures and ornamental objects. After being sanded with progressively finer abrasives, marble can be polished to a high luster. This allows attractive pieces of marble to be cut, polished, and used as floor tiles, architectural panels, facing stone, window sills, stair treads, columns, and many other pieces of decorative stone. Marble chips work best when used in paths and patios as a substitute for gravel. Although gravel often is used as inorganic mulch around plants, marble chip mulch's reflected sunlight can be too intense for plants in full-sun locations. Today, marble is quarried all around the world and is used to create giant monuments, it is used in building, even down to applications as simple as kitchen counter tops. Itâ??s classified as a metamorphic stone, which means that it has changed composition over time from one type of rock to another. Also used in: Building Stone Countertops and sinks Floor tiles Terrazzo marble chips mixed with concrete to form floors. Tomb Stone
Titanium crystal 128, bermocoll 7000 meg, texanol , cobalt /drier, lead 36% calcium octate 10%, zirconium drier 18% meko (anti skin), mergal k14, styrene 248, styrene, defoamer� 7035, xylene, aerosil r 972 dbp, tergitol np 9/10, red oxide a 130 yellow oxide � 920 bermocol 481 shmp 68% bestgel red 130 toluene talc powder �?� cf 900 violet�?� paste 23 hydro carbon resin orange chrome pigment lemon chrome pigment red oxide powder yellow oxide, sumica 4153, sumica 4144 maroon pearl pigments (sumica) copper pearl pigment linseed oil (100% ) linseed oil (30%), tpa, dbp, byk 1615, soya lecithin, berium sulphate, orange 960, xylene acetone, dioctyl phthalate (dop), magnesium oxide, epoxies, alkyd resin white spirit, acetone, mek (methyl ethyl ketone), butyl acetate, ethyl acetate, meg ( mono ethylene glycol), ethyl glycol, glycerin, methanol, ethanol, iso butanol, ipa, iso propanol glycol, methoxy propanol, mono propelyne glycol (mpg).
Chemical like boric acid, tsp, magnesium sulfate, ethanol, methanol.
