Our Powder activated carbon is manufactured using pure pine wood which is an excellent base for manufacturing activated carbons with good adsorption power. The steam activated process is done by activating the charcoal in a rotary kiln by heating at high temperatures by steam. The activated carbon that comes out from the kiln is called unwashed activated carbon. These unwashed activated carbon has higher ash and iron content. This is reduced by washing the unwashed activated carbon with acid (HCl / H2SO4) and purified water. This results in reduction of ash content to as low as 1% and iron as low as 50 ppm. The gradation of different qualities of activated carbon is done on the basis of Methylene blue value and iodine value. The iodine value is a better test as the particle size of iodine molecule is small enough to penetrate the smallest of pores. We can relate the iodine value of activated carbon directly to its surface area because of the above fact.
Granular activated carbons are made from rigid raw materials, giving the necessary hardness to avoid excessive losses due to attrition and handling. They present large internal surface of pore structure, ensuring high adsorption power in specific purposes and uses. They are used in fixed or moving beds as columns where the liquid or gas passes through and gets purified. They can be used in liquid or gas phase continous adsorption process and offer unusual economy in cases where carbon regeneration is favorable. In liquid phase applications they remove colloids and organic substances that give undesirable odors, colors and taste to the products. They are efficiently used for water dechlorination in processes which require super chlorination as well as the removal of organic substances from the water. In vapor phase application they participate in the solvent recovery, adsorption of colors, purification of carbon di-oxide and catalyst support. They are also used to reduce the COD and BOD in effluent waste water. Granular activated carbon is produced from coconut shell charcoal by the process of steam activation. The coconut shell charcoal is fed into the rotary kiln and activated by steam at high temperatures resulting in the evaporation of impurities and opening up of pores on the surface. The resultant big particles are then crushed and sieved to get the desired particle size. Our main grades of granular activated carbon are given as under. We can customize the iodine value as well as the particle size according to your requirements
Granular activated carbons are made from rigid raw materials, giving the necessary hardness to avoid excessive losses due to attrition and handling. They present large internal surface of pore structure, ensuring high adsorption power in specific purposes and uses. They are used in fixed or moving beds as columns where the liquid or gas passes through and gets purified. They can be used in liquid or gas phase continous adsorption process and offer unusual economy in cases where carbon regeneration is favorable. In liquid phase applications they remove colloids and organic substances that give undesirable odors, colors and taste to the products. They are efficiently used for water dechlorination in processes which require super chlorination as well as the removal of organic substances from the water. In vapor phase application they participate in the solvent recovery, adsorption of colors, purification of carbon di-oxide and catalyst support. They are also used to reduce the COD and BOD in effluent waste water. Granular activated carbon is produced from coconut shell charcoal by the process of steam activation. The coconut shell charcoal is fed into the rotary kiln and activated by steam at high temperatures resulting in the evaporation of impurities and opening up of pores on the surface. The resultant big particles are then crushed and sieved to get the desired particle size. Our main grades of granular activated carbon are given as under. We can customize the iodine value as well as the particle size according to your requirements
Advantages and benefits : Of rotary dryer reasonable design; high-efficiency; low consumption, energy saving; easy to maintain; easy to operate; quick deliveries; solid construction; proven design; customized for every application; best price on the market. Operating principle: Materials are sent to hopper of rotary dryer by belt conveyor or bucket elevator, materials enter the barrel installed with slope to horizontal line from the higher side, and hot air enters the barrel from the lower side, and then materials and hot air mix together. Materials go to the lower side by gravity when the barrel is rotating. Lifters on the inner side of barrel lift materials up and down in order to make materials and hot air mix completely, which is designed to improve the producing efficiency of rotary dryer. For the model 2000*18000, the gradient needed is 3-5%, and the power is 30 kw, and the capacity is 6-15 t/h, the weight is 43 t
Specifications Rotary drier kiln--henan hongxing 1.High thermal efficiency 2.Energy saving 3.Stable structure 4.Little engineer investment Introduction to the rotary dryer The rotary dryer has been mainly used for drying materials with some humidity and granularity in the fields, such as ore dressing, building materials, metallurgy, chemical industry, etc. The rotary dryer is highly adaptable to materials. Due to its easy and reliable operation, it is widely used. Performance features of the rotary dryer The machine mainly consists of the heat source, dispersioning device, belt type feeding port, rotary drum, belt type discharge port, draught fan, unloader and power distribution cabinet. It dries pre-crushed materials, thus increasing the contact area between materials and the hot draught. Therefore, the efficiency is improved. Working principle of the rotary dryer The heat source of the dryer comes from the burning device by way of air current. Thus, the materials should be added from the feeding box and go to the cylinder through the feeding gutter. Since the dryer is put slantly, some of the materials flow to the trailing end under the gravity and the rotary force while other materials are risen by the shoveling plate over and over again to the top and then being scattered to form an even curtain. Because of the continuous exchange of heat, the water in the materials will be dried to achieve the effect. Standard export container, or in bulks, bare main machines, motors and small parts are packed in wooden cases.
Henna Essential Oil As a prominent name in the oil industry Aromas Oils is a wellknown supplier of 100 pure and organic Henna Essential Oil It is packaged in an airtight bottle to extend its shelf life and preserve the original fragrance Botany The Henna shrub grows to a height of 225m is glabrous and has multiple branches with spinetipped branchlets The leaves are elliptical and the flowers grow in a calyx tube with spread lobes The smallsized fruits are either white or red in color Overview of Henna Essential Oil Henna oil is extracted from the leaves and flowering tops of the plant ensuring a liquid free from additives and safe for use Aromas Oils stands as a top henna manufacturer Benefits of Henna Essential Oil Henna Essential Oil Uses Maintains hair health by increasing volume and adding shine Widely used in aromatherapy Exhibits excellent antifungal antiviral and antibacterial properties Effective in treating acne dermatitis and minor wounds Precautionary Measures Keep the bottle out of reach of children Nursing women should consult their doctor before use Botanical Name Lawsonia Inermis CAS 8007010 Color amp Odor Rich orange thick liquid amp Luscious floral aroma FEMA 2989 Methods of Extraction Steam Distilled Constituents NA Solubility NA Specific Gravity 094340 099000 Flash Point 210 F Optical Rotation NA Major Constituents NA Volume 100 ml 250 ml 500 ml 1 Ltr 5 Ltr 10 Ltr 25 Ltr
PP contains no polar groups and has excellent electrical insulation properties. Its water absorption rate is less than 0.01%. PP is a semi-crystalline polymer with good chemical stability. Itis stable to most chemical except strong oxidizers. Inorganic acid, alkali and salt solutions have almost no damaging effect on PP. PP has good heat resistance and low density. Its melting point is at around 165â??. It has high tensile strength and surface hardness and good environmental stress crack resistance.It can withstand 120â?? continuously. Sinopec is the largest PP producer in China,Its PP capacity accounted for 45% of the country's total capacity. The company currently has 29 PP plants by the continuous process (including those under construction) PP Application PP has a variety of applications. It is suitable for multiple processing methods such as injection molding,extrusion molding and blow molding and is widely used in the textile,packaging, electrical household appliances, automobile and real estate industries. PP Injection Grade Application PP impact copolymer is widely used in the production of industrial products,such as dashboard, auto interior decorations, auto bumpers, interior and exterior parts of washing machine, accumulator containers and tanks. It can also be used to make household articles, such as bottle caps, cookware, furniture, toys, toolkits, travel cases, bags and various packaging containers. PP Application PP homopolymer is widely used in the production of small electrical household appliances, such as electric kettles, electric utensils, electric irons,air heaters,electric hair,dryers, electric toasters and electric hand dryers. PP random copolymer� Application PP random copolymer is widely used in the production of medical appliances with high transparence, such as medical syringes, medical infusion bottles,medical centrifuge tubes and sample tubes. It is used in the production of food containers,stationery, packaging materials and houseware.
Distillation is a process of separating the component substances from a liquid mixture by selective evaporation and condensation. The vacuum distillation has many like lower energy requirement, better quality products and less scaling on the distillation trays due to sludge. The vacuum distillation produces ethanol of international quality standards and there is a lot of demand of ethanol from the vacuum distillation process. Distillation Process in which the components of a substance or liquid mixture are separated by heating it to a certain temperature and condensing the resulting vapors. Some substances have components that vaporize at different temperatures and thus can be separated by condensing their vapors in turn. Distillation is also used as a purification process in which non-volatile components are separated from volatile ones.
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