AUS32 (AdBlue) Specifications.
Product Properties for AdBlue as per the revised ISO22241 standard.
Urea 32,5 % (approximate) solution dissolved within deionised water. As required by SCR equipped vehicles under the provisions of Emissions standards Euro IV (Euro4), Euro V (Euro5) & Euro VI (Euro6).
Urea Content 31.8 33.2 % by weight
Density at 20C 1.0870 1.0930 g/cm
Refracting Index at 20C 1.3814 1.3843
Alkalinity as NH3 0.2 %
Biuret 0.3 %
Aldehyde 5 mg/kg
Insolubles 20 mg/kg
Phosphate (PO4) 0.5 mg/kg
Calcium 0.5 mg/kg
Iron 0.5 mg/kg
Copper 0.2 mg/kg
Zinc 0.2 mg/kg
Chromium 0.2 mg/kg
Nickel 0.2 mg/kg
Aluminium 0.5 mg/kg
Magnesium 0.5 mg/kg
Sodium 0.5 mg/kg
Potassium 0.5 mg/kg
Carbon black can be used in tire and rubber products reinforcement, It is pure black powder or ganular, and has high reinforcement capacity for rubber products and tire manufacture, and could increase rubber service life.
â?¢ Analysis methods: according to GB3778-2021 Product Standards.
We can all is tailor the specification to meet customer choice.
packing:
1000kg(1MT) bag, 500kg bag, and 20kg bag depends on the specific requirement of customers.
Palm oil is derived from the flesh of the fruit of the oil palm species E. Guineensis. In its virgin form, the oil is bright orange - red due to the high content of carotene.
Palmoil is semi - solid at room temperature; a characteristic brought about by its approx. 50 percent saturation level. Palm oil (and its products) has good resistance to oxidation and heat at prolonged elevated temperatures; hence, making palm oil an ideal ingredient in frying oilblends. Manufacturers and end - users around the world incorporate high percentages of palm oil in their frying oil blends for both performance and economic reasons.
In fact, in many instances, palm oil has been used as 100 percent replacement for traditional hydrogenated seed oils such as soybean oil and canola. Products fried in palm oil include potato chips, frenchfries, doughnuts, ramen noodles and nuts.
The oil palm produces two types of oils; crude palm oil (CPO) from the fibrous mesocarp and crude palm kernel oil (CPKO) from the kernels. Although both oils originate from the same fruit, palm oil is chemically and nutritionally different from palm kernel oil. It is one of the only two mesocarp oils available commercially, the other being olive oil.
In conventional milling process, the FFB's are steriliszed and the fruitlets stripped off. The loose fruitlets are then digested and pressed to extract the CPO. The kernels are separated from the fibrous mesocarp in the press cake and later cracked to obtained CPKO.
CHEMICAL COMPOSITION OF PALM OILS:
Crude Palm Oil is the richest natural source of Tocotrienols. The Malaysian Palm Oil Board (MPOB) has developed a special patented technology for extraction. The latest technology to purify Tocotrienols from the fruits of oil palm (Elais guineensis) was developed to produce a superior quality and purity.
PALM OIL
Palm oil, being a vegetable oils, is cholesterol - free. Having a naturally semi solid characteristic at room temperature with a specific origin melting point between 33'C to 39'C, it does not require hydrogenation for use as a food an ingredient.
CPO is deep orange red in colour due to the high content of natural carotenes. Palm oil is rich source of carotenoids and vitamin E which confers natural stability against oxidative deterioration.
Fractionation separates oil into liquid and solid fractions. Palm oil can be fractionated into liquid (olein) and solid (stearin) components.
Palm oil has a balanced ratio of unsaturated and saturated fatty acids. It contains 40% oleic acid (monounsaturated fatty acid), 10% linoleic acid (polyunsaturated fatty acid ), 45% palmitic acid and 5% stearic acid (saturated fatty acid). This composition results in an edible oil that is suitable for use in a variety of food applications.
WE SUPPLY IN;
PET 5 L
PET 1 L
25 L
Customer chice of parcking (T&C applicable)
Colour: MAX. 45 Icumsa
Origin: Brazil
Polarization: MIN. 99.8 % Degree Polarization (0Z)
Moisture: MAX. 0.04 % by weight
Conductivity Ash: MAX. 0.10% by weight
Invert Sugar: MAX. 0.10 % by weight
Average Size: 0.60 - 0.90 mm.
Target M.A: 1.00 �± 1.50 mm.
Sediments: MAX. 0.02% by weight
Arsenic: MAX. 0.50mg/kg
Lead: MAX. 0.50mg/kg
Copper: MAX. 1.50mg/kg
Pesticide: NONE
Sulphur Doixide: NONE
Pathogenic Bacteria: NONE
Coli-form Bacteria: MAX. 10 CFU/10 GM
E. Coli: NONE
Yeast & Mold: MAX. 10 CFU/10 GM
About Icumsa Sugar 45
Icumsa 45 sugar, known today as white sugar, is one of the most sought after by sugar importers worldwide, due to its purity and brightness. As the highest quality sugar available on the market today, ICUMSA 45 sugar has a sparkling white color and is highly refined, suitable for human consumption and use in a wide range of food products. In addition, it has a high demand due to the fact that it is safer, since its refining process removes bacteria and contaminants present in raw sugars.
SULFUR GRANULES SULPHUR LUMPS
Sulfur is one of the most important agricultural and industrial raw materials and is considered a strategic product sulfur is an odourless, tasteless and polyvalent nonmetal which is mostly in the form of yellow crystals and is obtained from sulphide and sulphate. Sulphur occurs naturally in the environment and is the thirteenth most abundant element in the earthâ??s crust. It can be mined in its elemental form, although this method has declined over the last decade to less than 2% of world production. Today most elemental sulphur is obtained as a co-product recovered from oil and gas production in sweetening process.
Sulphur is the primary source in the production of sulphuric acid, the world's most widely used chemical. Sulphuric acid is an essential intermediate in many processes in the chemical and manufacturing industries. Sulphuric acid also is used by the fertilizer industry to manufacture primarily phosphates, nitrogen, potassium, and sulphate fertilizers.
Sulfur reacts directly with methane to give carbon disulfide, used to manufacture cellophane and rayon. One of the direct uses of sulfur is in vulcanization of rubber, where polysulfide chains crosslink organic polymers. Large quantities of sulfites are used to bleach paper and to preserve dried fruit. Many surfactants and detergents (e.g. sodium lauryl sulfate) are sulfate derivatives. Calcium sulfate, gypsum, is mined on the scale of 100 million tonnes each year for use in Portland cement and fertilizers. Sulphur is increasingly used as a component of fertilizers. Sulfur can be used in agriculture and various industries such as plastics and many synthetic products, paper, paint, etc.
COMPOSITION SPECIFICATION
Nitrogen 46.0% by Weight Min.
Moisture 0.5% Max.
Biuret 1% Max. by Weight
Fisper 0.35 Max.
Anti Caking Agent 0.5% Max.
Free Ammonia 160 PXT PPM Max.
Granulation 2 4 mm: 90% Min.
Dimension Less than 1 mm: Absence
Melting Point 132 C
Color Pure White
Physical Specification
Non clotted 100% free from harmful substances.
Internationally accepted standard for urea N46%. · Free floating, treated with anti caking treatment.
Free from Impurities, Sand, Dust and Certified Non Radioactive.
Physical state solid >20 and 101KPS, white granules.
Vapor density not applicable.
Floatability / Water sinks and mixes.
Molecular weight 60.065. PH Value 8.0 8.5.
USAGE
More than 90% of world industrial production of Urea is destined for use as nitrogen release fertilizer. Urea has the highest nitrogen content of all solid nitrogen content of all solid nitrogenous fertilizers in common use. Therefore, it has the lowest transportation costs per units of nitrogen nutrient. The standard crop nutrient rating of urea is 46 0-0.
The most common impurity of synthetic urea is Biuret, which impairs plant growth.
Urea is usually spread at rates of between 40 and 300 Kg./HA but rates vary. Smaller applications incur lower losses due to leaching. During summer season, Urea is often spread just before or during rain to minimize losses from volatilization (A process wherein nitrogen is lost to the atmosphere as Ammonia Gas). Because of the high Nitrogen concentration in Urea, it is very important to achieve an even spread. The application equipment must be correctly calibrated and properly used.
