| 水份 | 2-4（％） | 粒度 | 6--300按要求生产各种50（目） | | 材 | 椰壳、果壳、木屑、核桃壳、杏壳、桃壳、无*煤、木炭 | 外观 | 黑色柱状，球状，颗粒，粉状 | | 适用行 | 化水净气类活性炭 | 类别 | 原生碳 | | | 宏发10 | 用途 | 水处理用活性炭 | | 值 | 500-1000 |
纯水净化 椰壳活性炭 外观：黑颗粒状.. 活性炭 活性炭 性能：产品选用椰子壳与精选水洗无*煤为原料，具有比表面积大，强度高，吸附性能高等点，产品规格，有不规则破碎和小颗粒等几个大类。 用途：目前椰子壳活性炭是用于饮用水的净化、除氯、除藻、吸氧、催化载体方面效果好的一种活性炭，可用于净水器、虑芯填充物等净水设备；可用于碳浆法，堆浸法和黄金提取以及冶金工中贵金属的分离和提取，也可用于水净化。 注意事项：1、活性炭在运输过程中，防止与坚硬物混状，不可踩、踏，以防炭粒破碎，影响。2、储存 应储存于多型吸附剂，所以在运输储存和使用过程中，都要防止水浸，因水浸后，大水充满活性空隙，使其失去作用。3、防止焦油类物 在使用过程中，应禁止焦油类物带入活性炭床，以免堵塞活性炭空隙，使其失去吸附作用。好有除焦设备净化气体。4、防火 活性炭在储存或运输时，防止与火源直接接触，以防着火、活性炭再生时避免进氧并再生彻底，再生后必须用蒸汽冷却降至80℃以下，否则温度高，遇氧，活性炭自燃。 技术指标 项目 | 指标 | 粒度 | 6-200目 任选 | 吸附值mg/g | 850-1050 | 强度? | ≥90 | 干燥减度? | ≤10 | 灰份% | ≤10 | 水份% | ≤3 | PH值 | 4.5-8 | 充填比重g/cm3 | 0.37-0.43 |
| 净水活性炭 | 型号 | 粒度%
Mesh size | 强度%
Hardness | 值mg/g
Iodine | 干燥减%
Moisture | 充填密度g/ml
Bulk density | 灰分 %
Ash | PH值 | 备注 | | KC-6 | 10-28目 | ≥90 | ≥95 | ≥1050 | ≤10 | 0.40-0.50 | ≤3 | >7 | 椰壳 | | KC-16 | 10-28目 | ≥90 | ≥90 | ≥950 | ≤10 | 0.35-0.48 | ≤3 | >7 | 杏壳 | | KC-40 | ￠40 | ≥90 | ≥97 | ≥950 | ≤10 | 0.45-0.55 | ≤12 | >7 | 柱状 | 该类产品主要用于电厂锅炉用水，工用水，生活用水，饮料用水及其他各种工废水的净化、提纯； 各种有机溶剂提纯、气体提纯、航煤提纯等，可有效去除水中的有机物、异味、余氯、酚、、铁、铅、、 铬、硅胶、等有害物。
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| 名 称 | 单 位 | 指 标 | | 亚甲兰吸附值 | (mg/g) | | 120-180 | | 吸附值 | (mg/g) | ≥ | 900 | | 充填密度 | (g/cm3) | | 0．55 | | 干燥失重 | (%) | ≤ | 10 | | 强度 | (%) | ≥ | 97 | | ＰＨ值 | | | 6-8 | | 粒度 | (目) | | 10-24 | | 用 途 | 主要用于饮用水的高纯度净化及电厂水处理；也可用于空气的净化；各类化工溶剂的吸收；电镀除杂；脱等。 | | 包 装 | 25kg/袋 |
| | | 净水炭 | | 净水活性炭 | 型号 | 粒度%
Mesh size | 强度%
Hardness | 值mg/g
Iodine | 干燥减%
Moisture | 充填密度g/ml
Bulk density | 灰分 %
Ash | PH值 | 备注 | | KC-6 | 10-28目 | ≥90 | ≥95 | ≥1050 | ≤10 | 0.40-0.50 | ≤3 | >7 | 椰壳 | | KC-16 | 10-28目 | ≥90 | ≥90 | ≥950 | ≤10 | 0.35-0.48 | ≤3 | >7 | 杏壳 | | KC-40 | ￠40 | ≥90 | ≥97 | ≥950 | ≤10 | 0.45-0.55 | ≤12 | >7 | 柱状 | 该类产品主要用于电厂锅炉用水，工用水，生活用水，饮料用水及其他各种工废水的净化、提纯； 各种有机溶剂提纯、气体提纯、航煤提纯等，可有效去除水中的有机物、异味、余氯、酚、、铁、铅、、 铬、硅胶、等有害物。
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椰壳活性炭技术参数 | 项 目 Subject | 指 标 Index | | 粒 度 Coarseness (mesh) | 4-8、6-12、8-16、10-20、20-40、40-80 | | 吸附值 Iodine Absorb (mg/g) | ≥700 | ≥800 | ≥900 | ≥1000 | ≥1100 | | 比表面积 Specific Surface Area (?/g) | 900 | 1000 | 1100 | 1200 | 1350 | | 四碳 CTC (%) | ≥39 | ≥50 | ≥62 | ≥75 | ≥90 | | 强 度 Hardness (%) | ≥98 | ≥98 | ≥96 | ≥96 | ≥95 | | 水 份 Moisture (%) | ≤8 | ≤8 | ≤8 | ≤8 | ≤8 | | 灰 份 Ash (%) | ≤5 | ≤4 | ≤4 | ≤3 | ≤2.5 | | 装填密度 Loading Density (g/l) | 600-650 | 550-600 | 500-550 | 450-520 | 430-480 |
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Activated carbon is traditional and modern synthetic materials, activated carbon. One hundred years since the advent, activated carbon, application expanding constantly increasing number of applications. Back to the history of carbon applications, are as follows: (1) in Egypt has 1550 bce as medical records, (2) 460 BC - 78 years, Hippocrate Greek doctors to cure (epilepsy), (3), China in 1593 1518 ~ of materia medica LiShiZhen mentioned for treating (4) in 1993; for there the ulcer (5) in 1794, the sugar refineryeach to accelerate decoloring. The example of application is not activated charcoal,. Activated carbon is a synthetic materials in 1900 and 1901, inventor invented to Raphael Ostrejko von, . 14224 (1900 Britain patent), Britain (1900), . patent which German patent Ger p. 136792 (1901). His invention will coking plant source materials metal chloride with carbon dioxide and water vapor or carbonized materials and manufacturing activated reaction. In 1911 near Vienna factory first used in industrial production, product is activated, goods name to powder Epomit, The Dutch are listed in Norit, In 1912 in Czechoslovakia Carboraffin have sold. Pat. 290656 Ger (j). Review the applications of 100 years history, activated roughly divided into three phases: (1) the first phase, from the beginning of the 20th century to about the 1920s for embryonic stage, (2) the second phase, from around mid 1920s and middle stage of growth for for, (3) the third phase, from the middle of 20th century to the end of 20th century, the development becomes environmental development stage. Large application The three phases available in the course of application activated two historic event. As the demarcation line. First things make carbon gas mask, in the 1920s in the application of the first world war. The partition can the first stage of history activated carbon, and the second stage boundaries. Activated carbon is mainly used in the early in the industry of coal powder to gradually replaced the original GuTan. In the 1920s, the first world war, the wide application of particles in a mask. It is a glorious history of chemical industry. When the Dutch Norit and the Czech republic, Germany, France, Switzerland etc. = = manufacturer and wholesaler has established a joint company in Europe, the bud of carbon is widely new industries. Through the application of gas mask, the second phase activated carbon, expanding the market, activated carbon adsorption and catalytic functions in many industries refining, recycling and synthetic applications have developed, the United States, etc. In succession of activated carbon factory, In the 20th century, the active continuously expand the application is regarded as a "universal adsorbent." The second event was activated carbon deodorization effect, in the 1940s hundreds of waterworks used carbon deodorant. As a division of application second phase ac history with the third stage boundaries. In 1927 American Chicago waterworks happened to accept the inhabitants of tap water, this is due to the stench accident of phenol and disinfect water with chlorine generation yixiu. Germany and waterworks also changed the same accident, these accidents are activated to solve. Thereafter, along with growing attention to environmental protection, government laws strictly. Activated carbon is not only in the water and clean air in the aspects of dosage increased in the last half of the 20th century, the environmental protection industry has become a large application of carbon. This carbon history into a third stage, stage of development.
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