Carbon Blocks used in furnace having a great alternative against Petcoke. As it has high melting power and cheap as compared to Petcoke. Here in India, we are a supplier and exporters of Carbon blocks. Parameters- Total moisture (Mt): 1.80% Ash(Aad): 13.07 Volatile matter (Vad): 13.94 Fixed Carbon (FCad): 77.88 Sulfur (S): 3.10
Grade: 1. Carbon Black PL330J 2. Carbon Black PL330C 3. Carbon Black PL330C 4. Carbon Black PL550C 5. Carbon Black PL550B 6. Carbon Black PL550C 7. PL660B Beads 8. Carbon Black P330 9. Carbon Black P550 10. PL772B Beads Purity: 1.OAN (ml/100 gm) >90 2.OAN (ml/100 gm) >90 3.OAN (ml/100 gm) >95 4.OAN (ml/100 gm) >100 5.OAN (ml/100 gm) >100 6.OAN (ml/100 gm) >100 7.DBP No (OAN) (cc/100 gm) >100 8.DBP No (OAN) (cc/100 gm) >100 9.DBP No (OAN) (cc/100 gm) >105 10.DBP No (OAN) (cc/100 gm) >90 Actual price will be provided after your enquire.
We are exporter of Activated Carbon. Activated carbon made from raw organic material such as coconut shell. The raw material of activated carbon pulverized and sieved into appropriate and uniform particle sizes. Carbon has been used as an adsorbent for centuries. Activated carbon is a particularly good adsorbent due to its high surface area to volume ratio.
We are supplier and exporter of Activated Carbon. Granular Activated Carbon Products range from the size 0.2mm to 3.75mm. Granular Activated Carbon has relatively larger particles size compared to powdered activated carbon and consequently, presents a smaller external surface. Powdered Activated Carbon Powdered Activated Carbons are small activated carbon particles, with a size that is predominantly less than 0.075 mm. Activated Carbon is used worldwide in purification of Water, Air, etc. We are producers Dura specie of Palm Kernel Shells Powder & Pellets Activated Carbon, with over 1600 Iodine level and equally high level of Harness.
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
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
Coal based activated carbon originates from coal that has undergone a steam activation process Coal based carbon has mainly mesopores and macropores and is very popular in gas phase purification portable water purification wastewater purification and aquariumpond water purification applications The carbonaceous product of wood Applications Gas phase purification Water purification system
Coconut shell activated carbon is derived from coconut shells. It has a very high hardness and is more abrasion resistant than any other type. It is a totally natural, environmentally friendly product that has a very small carbon foot print. The carbonaceous product of coconut. Applications â?? Portable water purification Wastewater purification Gold absorption from gold solution Medical use
Name of product-Coconut shell Activated carbon/ Activated carbon/Activated carbon for Gold recovery/Activated carbon for water treatment/Activated carbon for Gas treatment Key Specifications/Special Features: Iodine- 900 to 1400 , CTC - 45 to 100 we can able supply Mesh Size: 4x8,6x12,8x16,8x30,12x40,12x30,20x50,30x60,50x100,50x200, below100 Mesh, 90% Pass Below 200 Mesh, minus 325
Whetlerite carbons are Cu, Cr and Ag impregnated activated carbons used for respiratory protection against super toxic nerve, blister, blood and choking agents in the military. Whetlerite carbons are used in nuclear, biological and chemical (NBC) filters for collective protection, and in NBC canisters, as part of individual gas masks, for personal protection. Flexus Global exports impregnation of active carbon and whetlerite carbon to various countries.
Exhaust gases from several industrial and production units where coal or sulfide ores are used, contain sulfur-containing toxic gases and vapors such as sulfur dioxide, hydrogen sulfide, carbon disulfide, and several organosulfur compounds. These industrial gases need to be desulfurized effectively before mixing with the environment. Sulfur can also be removed with the use of activated carbons. Flexus Global speciality activated carbons are promising adsorbents for SO2 and sulfur-containing toxic gas removal due to their high efficiency and regenerative capacity.
Formaldehyde and other aldehydes are the main pollutants in indoor air. Formaldehydes are mainly obtained from paint, polymerizing plates, bindings, chemical fibers and even cigarette smoke Activated carbon adsorbents are the most promising adsorbents when adsorption of traces of gases and vapors is concerned. Our impregnated activated carbons offer effective chemisorption of formaldehyde from air.
Carbon monoxide (CO) is a very toxic gas with TLV of 35 ppm and it is to be removed from the air in mines, enclosed spaces, fire breaking places. Active carbon can not hold the CO due to physisorption and therefore palladium impregnated carbon was developed which became even more active due to high RH. This again one of the very specialized carbon exported by us for air purification and CO removal. It almost works like the turn over catalyst and offers very high protection against CO. This carbon has High Surface area providing almost offers endless protection against CO, Works in any RH but becomes more active at high RH.
Activated carbon has very high capacity to adsorb organics, inorganics, bad taste and odour material. Adsorption capacity is enhance by modifications such as acid washing because this modification removes the acid soluble inorganic materials from the carbon and make it more porous, efficient and useful for various liquid process applications such as waste water treatment, water purification, decolourisation process in chemical and pharmaceutical industries, food and beverage industry for many purposes such as decolourization of sugar, dechlorination, decaffeination, purification of organic compounds, etc. Some of the benefits of Acid Wash carbon include Dechlorination of water, better taste, removal of bad odors, removal of color from water, removal of organic substances, etc. Available in different mess Size as per customer requirement.
Among its numerous sources, coconut shells have gained significant attention as a sustainable and efficient raw material for producing high-quality activated carbon. Coconut shell-based steam-activated Carbon is mainly used for the removal of chlorine, organic contaminants, color and odor from drinking water to make it suitable for human consumption. Being microporous in internal structure, coconut shell activated carbon is well suited for organic chemical adsorption, including volatile organic chemicals. - One of the prominent applications of coconut shell-based activated carbon is in water treatment processes. It effectively removes impurities, organic contaminants, and heavy metals, ensuring clean and safe drinking water. - It acts as a decolorizing agent, removing impurities and unwanted odors from edible oils, beverages, and food products finding its application in the food and beverage industry. Additionally, it is employed in the purification of sugar syrups, ensuring high-quality and clear syrup for various confectionery and beverage manufacturing processes. - It serves as an excellent adsorbent in the production of drugs, where it eliminates unwanted impurities, colorants, and traces of heavy metals making it ideal choice in pharmaceutical industry too. The high purity and porosity of coconut shell-based activated carbon make it a preferred choice for pharmaceutical manufacturers to ensure product quality and safety.
(Color Taste Odor Removal) - We are leading exporter of Activated Carbon Blocks, made from high Surface Area, low ash coconut based Activated Carbon with high adsorption efficiency and contaminant removal capacity. The CTO Blcks have high adsorptive capacity that simultaneously removes chlorine, bad taste, odor and organic chemicals that contribute to bad taste. They are suitable for use as Pre and Post Reverse Osmosis Systems in CTO BLOCKS (Color Taste Odor Removal) residential and commercial water purification. Size & Diameter can be customised as per buyer's requirement.
CHM REMOVAL BLOCK (Heavy Metal Removal) - Heavy metal (HM) is any metallic chemical element are highly toxic for both animals and human beings, and can be bio-accumulated through biological chains and are non-biodegradable and persistent. Their toxicity may occur due to industrial emission that contaminates waterways, nearby streams and rivers, contamination of irrigation water, the application of fertilizer and metal-based pesticides, harvesting process, transportation, storage, or sale. Elements, such as Cadmium and Chromium, are considered carcinogenic, while Iron, Copper, Manganese, Zinc, and Nickel are considered essential trace elements. Arsenic is also another heavy metal which is available in almost 70% bore well water. Therefore, it is essential to purify the water to make it potable. The conventional methods for heavy metal removal from waste water which includes chemical precipitation, reverse osmosis, and solvent extraction are expensive. Adsorption on adsorbent such as active carbon or modified active carbon is an alternative method, because it is cost effective and simple to design. Size & Diameter can be customised as per buyer's requirement.