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净水专用活性炭 本产品选用优质无烟煤为原料，采用物理活化法精制而成，为黑色粉末状（或粒粉状），无毒无味，空隙发达，三类孔分布合理，不含对水质有不良影响的不中溶解物。具有吸附能力强，过滤速度快等有点，能有效吸附液相中的小分子结构和大分子结构的不良物质，广泛应用于饮用水的提纯净化及工业废水、污水、江河水水质的除臭净化、深度改良，且适应于室内外池水循环使用时的净化和空气净化。【包装】(1)500Kg/件2 500Kg=1000Kg/盘.(2)20Kg/件60 20Kg=1200Kg/盘.【检测标准]】日本自来协会净水用活性炭检测标准型号技术指标EA-150EA-160EA-170EA-180EA-190EA-200亚甲基兰脱色力（ml/g） 150 160 170 180 190 200碘吸附值（％） 900 950 1000 1050 1050 1100PH值9-119-119-119-119-119-11干燥减量（％） 5-10 5-10 5-10 5-10 5-10 5-10总铁盐（％） 0.1 0.1 0.05 0.05 0.05 0.05灼烧残渣（％） 6 6 6 5 5 5氯化物(%) 0.5 0.5 0.5 0.5 0.5 0.5比导电率(hs/cm) 900 900 700 700 700 700苯酚值（％）＜25＜25＜25＜25＜25＜25ABS值（％）＜50＜50＜50＜50＜50＜50砷（wtppm)＜1＜1＜1＜1＜1＜1铅（wtppm)＜10＜10＜10＜10＜10＜10锌（wtppm)＜30＜30＜30＜30＜30＜30镉（wtppm)＜1＜1＜1＜1＜1＜1粒度200目通过率（％） 90 90 90 90 90 90 果壳颗粒水质.空气净化专用活性炭 果壳颗粒水质、空气净化专用活性炭　本品采用优质椰壳（果壳）为原料，以先进的工艺设备精制而成，其外观为黑色不定型颗粒，具有比表面积大、间隙结构发达、吸附能力强、机械强度高、易再生等有点。广泛应用于饮用水的提纯净化，及工业废水、污水、江河水质的除臭净化，深度改良，去除有害物质。净化室内空气，吸附有害气体及防毒面具，滤毒器材的充填。【包装】20KG/件或25KG/件【检测标准]】木质活性炭国家标准GB/T12496-99规格型号技术指标水质净化（椰壳）专用活性炭水质净化(果壳)专用活性炭空气净化专用活性炭JL-8X30JL-202JL-10X24JL-101JL-8X20碘吸附值（mg/g) 1050 900 950 850 1000强度（％） 93 93 93 95 93苯吸附值（％） 350 320 330 300 450水份（％） 10 10 1025-30 10PH值8-118-118-117-108-11灰份（%） 4 4 4 4 4冲值比重（g/ml）0.40-0.450.4-0.60.4-0.550.45-0.650.4-0.5铁含量（％） 0.03 0.03 0.03 0.03 0.03 备注：产品的规格技术指标可根据用户的要求调整。0.5-5mm煤质活性炭椰壳活性炭果壳活性炭粉状活性炭 。Activatedcarbonistraditionalandmodernsyntheticmaterials,activatedcarbon.Onehundredyearssincetheadvent,activatedcarbon,applicationexpandingconstantlyincreasingnumberofapplications.Backtothehistoryofcarbonapplications,areasfollows:(1)inEgypthas1550bceasmedicalrecords,(2)460BC-78years,HippocrateGreekdoctorstocure(epilepsy),(3),Chinain15931518~ofmateriamedicaLiShiZhenmentionedfortreating(4)in1993;fortheretheulcer(5)in1794,thesugarrefineryeachtoacceleratedecoloring.Theexampleofapplicationisnotactivatedcharcoal,.Activatedcarbonisasyntheticmaterialsin1900and1901,inventorinventedtoRaphaelOstrejkovon,B.P.14224(1900Britainpatent),Britain(1900),B.P.patentwhichGermanpatentGerp.136792(1901).Hisinventionwillcokingplantsourcematerialsmetalchloridewithcarbondioxideandwatervapororcarbonizedmaterialsandmanufacturingactivatedreaction.In1911nearViennafactoryfirstusedinindustrialproduction,productisactivated,goodsnametopowderEpomit,TheDutcharelistedinNorit,In1912inCzechoslovakiaCarboraffinhavesold.Pat.290656Ger(j).Reviewtheapplicationsof100yearshistory,activatedroughlydividedintothreephases:(1)thefirstphase,fromthebeginningofthe20thcenturytoaboutthe1920sforembryonicstage,(2)thesecondphase,fromaroundmid1920sandmiddlestageofgrowthforfor,(3)thethirdphase,fromthemiddleof20thcenturytotheendof20thcentury,thedevelopmentbecomesenvironmentaldevelopmentstage.LargeapplicationThethreephasesavailableinthecourseofapplicationactivatedtwohistoricevent.Asthedemarcationline.Firstthingsmakecarbongasmask,inthe1920sintheapplicationofthefirstworldwar.Thepartitioncanthefirststageofhistoryactivatedcarbon,andthesecondstageboundaries.ActivatedcarbonismainlyusedintheearlyintheindustryofcoalpowdertograduallyreplacedtheoriginalGuTan.Inthe1920s,thefirstworldwar,thewideapplicationofparticlesinamask.Itisaglorioushistoryofchemicalindustry.WhentheDutchNoritandtheCzechrepublic,Germany,France,Switzerlandetc.==manufacturerandwholesalerhasestablishedajointcompanyinEurope,thebudofcarboniswidelynewindustries.Throughtheapplicationofgasmask,thesecondphaseactivatedcarbon,expandingthemarket,activatedcarbonadsorptionandcatalyticfunctionsinmanyindustriesrefining,recyclingandsyntheticapplicationshavedeveloped,theUnitedStates,etc.Insuccessionofactivatedcarbonfactory,Inthe20thcentury,theactivecontinuouslyexpandtheapplicationisregardedasa universaladsorbent. Thesecondeventwasactivatedcarbondeodorizationeffect,inthe1940shundredsofwaterworksusedcarbondeodorant.Asadivisionofapplicationsecondphaseachistorywiththethirdstageboundaries.In1927AmericanChicagowaterworkshappenedtoaccepttheinhabitantsoftapwater,thisisduetothestenchaccidentofphenolanddisinfectwaterwithchlorinegenerationyixiu.Germanyandwaterworksalsochangedthesameaccident,theseaccidentsareactivatedtosolve.Thereafter,alongwithgrowingattentiontoenvironmentalprotection,governmentlawsstrictly.Activatedcarbonisnotonlyinthewaterandcleanairintheaspectsofdosageincreasedinthelasthalfofthe20thcentury,theenvironmentalprotectionindustryhasbecomealargeapplicationofcarbon.Thiscarbonhistoryintoathirdstage,stageofdevelopment...