suodattaa

Historyofdevelopment

InancientChina,filtrationtechnologywasusedinproduction,andpapermadeofplantfiberswasalreadyavailablein200BC.In105AD,CaiLunimprovedthepapermakingmethod.Duringthepapermakingprocess,hedippedplantfiberpulpondensethinbamboocurtains.Thewaterisfilteredthroughthegapsofthebamboocurtain,andathinlayerofwetpaperpulpisleftonthesurfaceofthebamboocurtain,anditbecomespaperwhenitdries.

Theearliestfiltrationwasmostlygravityfiltration.Later,pressurefiltrationwasusedtoincreasethefiltrationspeed,andthenvacuumfiltrationappeared.Therotarydrumvacuumfilterinventedatthebeginningofthe20thcenturyrealizedthecontinuityofthefiltrationoperation.Sincethen,varioustypesofcontinuousfiltershaveappearedoneafteranother.Intermittentlyoperatedfilters(suchasplateandframefilterpresses,etc.)havebeendevelopedbecausetheycanrealizeautomatedoperation,andthefilteringareaisgettinglargerandlarger.Inordertoobtainfilterresiduewithlowmoisturecontent,mechanicallypressedfiltershavebeendeveloped.

Toimintaperiaate

Suodatin (26 kuvaa)

Whenthefilterisworking,thewatertobefilteredentersthroughthenozzleandflowsthroughthefilterscreen,Throughtheoutlettoenterthepipelinerequiredbytheuserforprocesscirculation,theparticulateimpuritiesinthewateraretrappedinsidethefilter.Withsuchacontinuouscycle,moreandmoreparticlesareintercepted,andthefilteringspeedisslowerandslower.However,theimportedsewageisstillcontinuouslyentering,andthefilterholeswillbecomesmallerandsmaller,therebycreatingpressurebetweentheinletandtheoutlet.Whenthelargedifferencereachesthesetvalue,thedifferentialpressuretransmittertransmitstheelectricalsignaltothecontroller,andthecontrolsystemstartsthedrivemotortodrivetheshafttorotatethroughthetransmissionassembly.Atthesametime,thesewageoutletisopenedanddischargedfromthesewageoutlet.Aftercleaning,thepressuredifferencedropstotheminimumvalue,thesystemreturnstotheinitialfilteringstate,andthesystemoperatesnormally.Thefilterconsistsofahousing,amulti-elementfilterelement,abackwashmechanism,andadifferentialpressurecontroller.Thetransversepartitionintheshelldividestheinnercavityintoupperandlowercavities,andtheuppercavityisequippedwithmultiplefilterelements,whichmakesthefilterspacesufficientandsignificantlyreducesthevolumeofthefilter.ThelowercavityisequippedwithbackwashingSucker.Whenworking,theturbidliquidentersthelowercavityofthefilterthroughtheinlet,andthenenterstheinnercavityofthefilterelementthroughthepartitionhole.Theimpuritieslargerthanthegapofthefilterelementareintercepted,andthecleanliquidpassesthroughthegaptotheuppercavity,andisfinallysentoutfromtheoutlet.Thefilteradoptsahigh-strengthwedge-shapedfilterscreen,whichautomaticallycleansthefilterelementthroughpressuredifferencecontrolandtimingcontrol.Whenimpuritiesinthefilteraccumulateonthesurfaceofthefilterelementandcausethepressuredifferencebetweentheinletandoutlettoincreasetothesetvalue,orthetimerreachesthepresettime,theelectriccontrolboxsendsasignaltodrivethebackwashingmechanism.Whenthebackwashsuctioncupportisdirectlyoppositetothefilterelementinlet,thedrainvalveisopened,andthesystemdischargespressureatthistime.Anegativepressurezoneappearsontheinsideofthesuctioncupandthefilterelementwhoserelativepressureislowerthanthewaterpressureontheoutsideofthefilterelement,forcingpartofthenetcirculatingwaterfromtheoutsideofthefilterelement.Flowingintotheinnersideofthefilterelement,theimpurityparticlesadsorbedontheinnerwallofthefilterelementflowintothedrumwithwaterandaredischargedfromthedrainvalve.Thespeciallydesignedfilterscreenproducesasprayeffectinsidethefilterelement,andanyimpuritieswillbewashedawayfromthesmoothinnerwall.Whenthepressuredifferencebetweentheinletandoutletofthefilterreturnstonormalorthetimersettingtimeisover,thematerialflowscontinuouslyduringthewholeprocess,andthebackwashingconsumeslesswater,realizingcontinuousandautomatedproduction.Filtersarewidelyusedinthefieldsofmetallurgy,chemicalindustry,petroleum,papermaking,medicine,food,mining,electricpower,andurbanwatersupply.Suchasindustrialwastewater,circulatingwaterfiltration,emulsionregeneration,wasteoilfiltrationtreatment,continuouscastingwatersysteminthemetallurgicalindustry,blastfurnacewatersystem,high-pressurewaterdescalingsystemforhotrolling.Itisanadvanced,efficientandeasy-to-operateautomaticfilterdevice.

Thewatertobetreatedbythefilterentersthebodythroughthewaterinlet,andtheimpuritiesinthewateraredepositedonthestainlesssteelfilterscreen,resultinginapressuredifference.Thepressuredifferencebetweentheinletandoutletismonitoredbythepressuredifferenceswitch.Whenthepressuredifferencereachesthesetvalue,theelectroniccontrollerfeedsthehydrauliccontrolvalveanddrivesthemotorsignal.Aftertheequipmentisinstalled,thetechnicianswilldebugandsetthefiltertimeandcleaningconversiontime.Thewatertobetreatedentersthebodyfromthewaterinlet,andthefilterstartstoworknormally.Whenthepresetcleaningtimeisreached,theelectriccontrollerwillgivethehydrauliccontrolvalve,Drivethemotorsignal,triggerthefollowingactions:themotordrivesthebrushtorotatetocleanthefilterelement,whilethecontrolvalveopenstodischargethesewage.Theentirecleaningprocessonlylastsfortensofseconds.Whenthecleaningisover,thecontrolvalveisclosedandthemotorstopsrotating.Thesystemreturnstoitsinitialstateandbeginstoenterthenextfiltrationprocess.Theinsideofthefilterhousingismainlycomposedofcoarsefilterscreen,finefilterscreen,suctionpipe,stainlesssteelbrushorstainlesssteelsuctionnozzle,sealingring,anti-corrosioncoating,rotatingshaftandsoon.

Suodatin (10 arkkia)

Usefiltermediatodividethecontainerintoupperandlowerchamberstoformasimplefilter.Suspensionisaddedtotheuppercavity,andentersthelowercavitythroughthefiltermediumunderpressuretobecomefiltrate.Thesolidparticlesaretrappedonthesurfaceofthefiltermediumtoformfilterresidue(orfiltercake).Duringthefiltrationprocess,thefilterresiduelayeronthesurfaceofthefiltermediumgraduallythickens,theresistanceoftheliquidthroughthefilterresiduelayerincreasesandthefiltrationspeeddecreases.Whenthefilterchamberisfulloffilterresidueorthefilteringspeedistoolow,stopfiltering,removethefilterresidue,andregeneratethefiltermediumtocompleteafiltrationcycle.

Theliquidmustovercometheresistancetopassthroughthefilterresiduelayerandthefiltermedium,sotheremustbeapressuredifferenceonbothsidesofthefiltermedium,whichisthedrivingforceforfiltering.Increasingthepressuredifferencecanspeedupthefiltration,butthedeformedparticlesunderpressurewilleasilyblocktheporesofthefiltermediumwhenthepressuredifferenceislarge,andthefiltrationwillslowdowninstead.

Suspensionfiltrationhasthreemethods:filterresiduelayerfiltration,deeplayerfiltrationandsievingfiltration.

①Filterresiduelayer:thefiltermediumcanonlyretainlargesolidparticlesintheinitialstageoffiltration,andsmallparticlespassthroughthefiltermediumwiththefiltrate.Aftertheinitialfilterresiduelayerisformed,thefilterresiduelayerplaysamajorroleinfiltering.Atthistime,bothlargeandsmallparticlesareretained,suchasthefiltrationofaplateandframefilterpress.

②Deepfiltration:thefiltermediumisthicker,thesuspensioncontainslesssolidparticles,andtheparticlesaresmallerthantheporesofthefiltermedium.Whenfiltering,theparticlesareadsorbedintheporesafterentering,suchasthefiltrationofporousplastictubefiltersandsandfilters.

③Screening:Thesolidparticlestrappedbyfiltrationarelargerthantheporesofthefiltermedium,andtheinsideofthefiltermediumdoesnotabsorbsolidparticles.Forexample,arotatingdrumfilterscreenfiltersoutcoarseparticlesinsewage.Intheactualfiltrationprocess,thethreemethodsoftenappearsimultaneouslyoroneafteranother.

Filtrationspeed

Whenthesolidparticlesinthesuspensionarelargeandtheparticlesizeisuniform,theporesofthefilteredfilterresiduelayerarerelativelyunobstructed,andthefiltratepassesthroughthefilterresiduelayeratahigherspeed.Theapplicationofcoagulanttogatherthefineparticlesintolargeragglomeratesisbeneficialtoincreasethefiltrationspeed.

Forsuspensionswithfastsolidparticlessettlingspeed,applyafilterthatfeedsonthetopofthefiltermediumtomakethefiltrationdirectionconsistentwiththedirectionofgravity.Thecoarseparticlessettlefirst,whichcanreducethecloggingofthefiltermediumandthefilterresiduelayer;Mixingcoarsesolidparticlessuchasdiatomaceousearth,expandedperlite,etc.intothedifficult-to-filtersuspension(suchascolloid)canmakethefilterresiduelayerloose;whenthefiltratehasahighviscosity,thesuspensioncanbeheatedtoreducetheviscosity.Thesemeasurescanspeedupthefiltrationspeed.

Performancecharacteristics

1.High-efficiencyandprecisefiltration:Specialstructureoffilterdiscfiltrationtechnology,preciseandsensitiveperformance,toensurethatonlyparticlessmallerthantherequiredparticlesizecanenterthesystem,whichisthemosteffectiveThefiltrationsystem;thespecificationsare5μ,10μ,20μ,55μ,100μ,130μ,200μ,etc.,userscanchoosedifferentprecisionfilterdiscsaccordingtothewaterrequirements.Thesystemflowcanbeflexiblyadjustedaccordingtoneeds.

2.Standardmodularity,savingspace:Thesystemisbasedonastandarddiscfilterunit,accordingtomodulardesign,userscanchooseaccordingtotheirneeds,flexibleandchangeable,stronginterchangeability.Thesystemiscompactandoccupiesaverysmallarea.Thecornerspacecanbeflexiblyusedforinstallation.Forexample,theequipmentwithaprocessingwatervolumeofabout300m3/hoccupiesonlyabout6m2(generalwaterquality,filtrationlevel100μ).

3.Fullyautomaticoperation,continuouswaterdischarge:betweeneachunitinthefiltercombination,thebackwashingprocessalternatesalternately,andtheworkingandbackwashingstatesareautomaticallyswitchedtoensurecontinuouswaterdischarge;Thewashingwaterconsumptionisverysmall,accountingforonly0.5%ofthewateroutput;ifcombinedwithair-assistedbackwashing,theself-consumptionwatercanbereducedtolessthan0.2%.High-speedandthoroughbackwashingcanbecompletedintensofseconds.

4.Pitkä käyttöikä:uusi muovisuodatinelementti on tukeva, kulumaton, ei-syövyttävä ja likaantunut vain vähän.Teollisen käytännön tarkastuksen jälkeen,6-10 vuoden käytön jälkeen ei ole kulumaa eikä vanhenemista, eikä suodatus- ja takaisinpesuvaikutuksia tai -aikaa.

5.Highquality,lowmaintenance:Productsmeetthecorrespondingqualitystandards,allproductsaretestedandrunundersimulatedworkingconditionsbeforeleavingthefactory,nospecialtoolsarerequired,andfewparts;easytouse,Onlyneedregularinspection,almostnodailymaintenance.

Luokittelu

Pääluokitus

Suodatin on jaettu kolmeen tyyppiin: painovoimasuodatin, tyhjiösuodatin ja painesuodatin erilaisten suodatusvoiman saamiseksimenetelmien mukaan.

Painovoima

Thepressureformedonthefiltermediumwiththeaidofthegravityandthepositiondifferenceofthesuspensionisusedasthedrivingforceforthefiltration,generallyintermittentoperation,suchassandDevice.

Tyhjiö

Anegativepressureisformedattheoutletofthefiltrateasthedrivingforceforfiltration.Theabsolutepressureoftheoperatingvacuumoftheindustrialvacuumfilteris(2.5～8.0)×105Pa.Thetemperatureofthesuspensionduringfiltrationshouldbelowerthanthevaporizationtemperatureofthefiltrateundertheoperatingvacuum.Thisfilterisdividedintobatchoperationandcontinuousoperation.Theintermittentlyoperatedvacuumfiltercanfiltersuspensionsofvariousconcentrations.Thevacuumfilterisfilledwithsuspensioninthecontainershell.Thefilterleafwrappedwithfilterclothonbothsidesisimmersedinthesuspension,andtheinnercavityofthefilterleafisconnectedwiththevacuumsystem.Afterthefiltrateissuckedout,itisledoutbythepipe,andthefilterresidueaccumulatedonthesurfaceofthefilterleafisremovedaftertheshutdown.Continuouslyoperatedvacuumfiltersaresuitableforfilteringthicksuspensionscontainingmoresolidparticles.Theworkingprinciplesoftherotarydrumvacuumfilter,theinnerfiltersurfacerotarydrumvacuumfilter,thediscvacuumfilterandthetippingbucketvacuumfilteraresimilar.Theentirefiltersurfaceisdividedintoapluralityofseparatedfilterchambers,andeachrotatingfilterchamberissequentiallyconnectedwitheachfixedpipethroughadistributionvalvetosuckoutthefiltrateandlotioninthefilterchamber,orsendcompressedair.Eachfilterchamberrotatesonecircletocompletethewholeprocessoffilteringoperation,andtheoperationsofmultiplefilterchambersareconnectedtoformcontinuousfiltration.Thestructureofthebeltvacuumfilterissimilartothatofthebeltconveyor,withacontinuousfilterbeltsuitableforeasy-to-filtersuspensions.Thebeltvacuumfilter,theinnerfiltersurfacedrumvacuumfilterandthetippingbucketvacuumfilterareallfedonthetopofthefiltermedium(filtercloth),whichisespeciallysuitableforthesuspensionofsolidparticleswithhighdensityandfastsedimentation.

Paine

Itusesthepressureappliedattheinletofthesuspensionorthemechanicalsqueezingforceappliedtothewetmaterialasthefilteringdrivingforce,whichissuitableforrequirementsFiltrationofsuspensionswithlargepressuredifferencesisalsodividedintotwotypes:batchoperationandcontinuousoperation.Intermittentlyoperatedtube-and-tubefilterandpressurefilterareusedforfiltrationoflow-concentrationsuspensions.Thefilterisalsoakindofintermittentlyoperatedpressurefilter,whichisdividedintothreetypes:plateandframetype,boxtypeandverticaltype,andhasawiderangeofuses.Theoilfilterisaplateandframefilterpressunitequippedwithaccessoriessuchasanoilpumpandavacuumevaporator.Continuouslyoperatedrotarydrumpressurefilteranddiscpressurefilterperformpressurefiltrationinaclosedshell,andtheirstructureissimilartorotarydrumvacuumfilteranddiscvacuumfilter.Duetothecomplexstructure,therearefewerapplications.

Commonlyusedpressurefiltrationistousethevolumeofthefilterchambertobecomesmallerorapplymechanicalsqueezingforcetofilter.Thefilterresiduehasalowmoisturecontentandissuitableforsuspensionswithahighconcentrationofsolidparticles.Inthebeltsqueezefilter,thewetfilterresidue,whichhasbeeninitiallydeliquoredbygravityorvacuum,movesbetweentwofilterbelts,andisthensqueezedanddeliquoredbyrollers.Thescrewpressfilterhasacylinderwithpores,inwhichthereisarotatingspiral.Thedepthofthespiralgrooveisdifferent.Thematerialisaddedfromthedeepgrooveendtotheshallowgrooveend.Thespaceofthefilterchamberisgraduallyreduced.Thematerialissqueezed,andthefiltrateflowsfromthecylinder.Theporesaredischarged,andthefilterresidueisdischargedfromthesmallend.

Tarkkuus

Precisionfiltersareaimedatfiltrationaccuracy,generallybetweensandfiltration(coarsefiltration)andultrafiltration.Undertheactionofpressure,therawwaterpassesthroughthefilterelement,theimpuritiesaretrappedonthewallofthefilterelement,andthewaterflowsoutthroughthefilterelementtoachievethepurposeoffiltration.Thescaleofmanufacturersoffilterequipmentinmycountryismainlysmallandmedium-sizedenterprises.Theproductadoptshigh-qualitystainlesssteel,hardpolyvinylchloride,engineeringplastics,organicglassandothercorrosion-resistantmaterialsastheoutershell,mainlyhigh-qualitystainlesssteel,withbuilt-infilterelementsofdifferentmedia.Thebuilt-infilterelementsincludePEcore,honeycombcore,foldingcore,titaniumtubesinteredcore,activatedcarboncore,ceramiccore,polypropylenefiberfiltercore,etc.Differentfilterelementshavedifferentfilteringeffects,sotheprecisionfiltercanremovesuspendedsolids,somecolloidalsubstancesandfineparticlesinthewateraccordingtotherawwaterquality,effluentqualityandwatervolumerequirementstoachievedifferentfilteringaccuracy.Thefiltrationaccuracyofprecisionfiltersonthemarketrangesfrom0.2-100um.Precisionfiltersareoftenusedasprotectivefiltersforelectrodialysis,ionexchange,reverseosmosis,ultrafiltrationandotherdevices.Theycanbeappliedtowatertreatmentinfood,wine,pharmaceutical,chemical,andelectronicsindustries,suchas:

Elintarviketeollisuus:kivennäisveden hienosuodatus,juomien ja alkoholin selkeytys ja suodatus.Lääketeollisuus:steriilin veden,surallinesteen,infuusio-, ruiskutus- jne. vedenkäsittely;

Electronicindustry:purewaterpreparationandwashingwaterfiltrationinsemiconductor,instrument,picturetubeandothermanufacturingplants;

Kemianteollisuus: orgaanisten liuottimien, esterien, alkoholien, happojen, emästen ja muiden kemiallisten raaka-aineiden, öljyjen puhdistus;

Environmentalprotection:treatmentofelectroplatingwastewater,printingwastewater,pharmaceuticalwastewaterandotherindustrialwastewater.Waterqualitytreatmentfordesalinationofseawaterandbrackishwater,watersupplytreatmentforhotelsandapartments,etc.;

Puutarha ja puutarhanhoito: puistot, pihat, kasvihuoneet, karjanhoito, teollisuuspaikat, joissa erittäin hieno vesisumu on tuotettava keinotekoisesti, ja huippuluokan kastelu ja kukkahuolto.

Suorituskykyluokitus

Viivasuodatin

Kaksisylinterinen suodatin

Korkeapainesuodatin

AsmentionedaboveItshouldbeameshfilter.Infact,therearemanykindsoffilters,suchaslaminatedfilters,sandrodfilters,carbonfilters,plateandframefilters,activatedcarbonfilters,diatomaceousearthfilters,microporousfilters,etc.Themainprincipleistousetheporesizeofthefiltermediumtotrapsubstancessmallerthantheporesizeofthemedium.Ofcourse,somefiltermediaalsohavespecialeffectssuchasadsorption.Mostfiltersarenotsotroublesometobackwash,aslongascleanwaterisusedtointroducethemediuminthereversebackwashfilterfromtheendofthefilteredwatertoachieveagoodbackwasheffect.

Toimialaluokitus

Hydraulikierukkasuodattimet: käytetään pääasiassa öljynsuodatusteollisuudessa, mukaan lukien imusuodattimet, paluuvesisuodattimet, putkistojen suodattimet jne.

Ruokasuodattimet: pölysuodattimet, ilmansuodattimet, ilmastointilaitteiden suodattimet.

Lääkesuodattimet: nestemäisten lääkeaineiden suodattimet, hengityssuodattimet, verensuodattimet, bakteerisuodattimet.

Toimintaluokitus

Itsepuhdistuva

Se on suodatin, joka sieppaa suoraan vedestä epäpuhtaudet,poistaa suspendoidut kiinteät aineet,hiukkaset,vähentää sameutta,puhdistaa veden laatua,vähentää järjestelmän likaa, bakteereja,leviä,ruostetta jne.,puhdistaa vedenlaadun ja suojaa järjestelmän muiden laitteiden tarkkoja laitteita.

Pääkomponentit ovat: moottori, sähköohjauslaatikko, ohjausputki, pääputkikokoonpano, suodatinelementtikokoonpano, 316L ruostumaton teräsharja, runkokokoonpano, käyttöakseli, sisään- ja ulostuloliitoslaipat jne.

Overcomemanyshortcomingsofthefilterproduct,suchassmalldirtholdingcapacity,easytobeblockedbydirt,thefilteringpartneedstobedisassembledandcleaned,andthefilterstatuscannotbemonitored.Ithastheabilitytofiltertherawwaterandautomaticallycleanthefilterelement.Function.Thesystemprovidesuninterruptedwatersupplyduringcleaninganddrainage,andcanmonitortheworkingstatusofthefilterwithahighdegreeofautomation.Itcoverstherequirementsofvariousfilteringprecisionsfrom10umto3000um.Adoptingadvancedequipmentintheinternationalwatertreatmentindustry,itcanbeinstalledatanypositioninanydirection,vertically,horizontally,andupsidedown.Itcanbeusedinindustries,agriculture,municipalpower,electronics,medicine,food,printinganddyeing,construction,steel,metallurgy,papermaking,etc.Industrialwaterfiltration.

Automaattinen

Automaattinen suodatin (8 arkkia)

isasetofwidelyusedfiltersintheindustryEquipment,traditionalfilterproductshavesmalldirtholdingcapacity,areeasytobeblockedbydirt,filterpartsneedtobedisassembledandcleaned,andcannotmonitorthefilterstatus.Manyshortcomingsareovercome.Ithasthefunctionoffilteringrawwaterandautomaticallycleaninganddischargingthefilterelement.Itconsistsofashell,amulti-elementfilterelement,abackwashmechanism,anelectriccontrolbox,areducer,anelectricvalveandadifferentialpressurecontroller.Thetransversepartitionintheshelldividestheinnercavityintoupperandlowercavities.Theuppercavityisequippedwithmultiplefilterelements,whichutilizesthefilteringspaceandsignificantlyreducesthefiltervolume.Abackwashsuctioncupisinstalledinthelowercavity.Whenworking,theturbidliquidentersthelowercavityofthefilterthroughtheinlet,andthenenterstheinnercavityofthefilterelementthroughthepartitionholes.Theimpuritieslargerthanthegapofthefilterelementareintercepted,andthenetliquidpassesthroughthegaptotheuppercavity,andisfinallysentoutfromtheoutlet.

Advantages:Theautomaticfilterprecisionis100micronsbydefault,andcanbeselectedfrom10to3000microns.Thefilterareaislargeandthedirtholdingcapacityishigh.Theusercancustomizeitaccordingtotheactualworkingconditions.Thecleaningmethodissimple,andthecleaningcycleiselectronicallymonitored,whichcanrealizeautomaticcleaningandsewagedischarge.Allparametersintheautomaticself-cleaningfiltercontrolsystemcanbeadjusted.

Sivellintyyppi

Thetypesofstainlesssteelbrushfilterare:automaticstainlesssteelbrushfilter,hand-operatedstainlesssteelbrushfilter.Itsmainfunctionistoremovesuspendedsolidsinthewater,reducetheconcentrationofsuspendedsolidsinthewater,particulatematter,reduceturbidity,purifywaterquality,reducesystemfouling,bacteriaandalgae,rust,andpurifywaterquality.

Thestainlesssteelbrushfilteradoptsapatentedinternalmechanicalstructure,whichrealizesatruehigh-pressurebackwashingfunction,whichcaneasilyandcompletelyremoveimpuritiestrappedbythefilter,cleaningwithoutdeadspots,andwithoutfluxattenuation,Toensurethefiltrationefficiencyandlongservicelife.

Thestainlesssteelbrushfilterrealizesautomaticbackwashingthroughitsownretrievalandstrainfunctions,whichcancopewithunstablewaterqualityfluctuationswithoutmanualintervention.

Duringthebackwashingprocessofthestainlesssteelbrushfilter,each(group)filterscreenissequentiallybackwashed;toensurethatthefilterscreeniscleanedsafelyandefficiently,andotherfiltersarenotaffected,continuetofilter.

Thestainlesssteelbrushfilteradoptsanautomaticdrainvalve,whichhasashortbackwashingtime,lesswaterconsumptionforbackwashing,andisenvironmentallyfriendlyandeconomical.Therearefewwearingparts,noconsumables,lowoperationandmaintenancecosts,andsimpleoperationandmanagement.

Media-luokitus

Suodatinmateriaalin mukaan se jaetaan: ilmansuodatin, nestesuodatin, verkkosuodatin, valosuodatin.

Ilma

Ilmansuodattimien kehittäminen

Andtheuseofrespiratoryprotectionequipment.Accordingtorecords,asearlyasthefirstcenturyinRome,peopleusedhempmasksforprotectionwhentheywerepurifyingmercury.Inthelongtimesincethen,airfiltershavealsomadeprogress,buttheyaremainlyusedasrespiratoryprotectiondevicesinsomedangerousindustries,suchastheproductionofhazardouschemicals.In1827,Browndiscoveredthelawofmovementoftinyparticles,andpeoplehaveabetterunderstandingofthemechanismofairfiltration.

Therapiddevelopmentofairfiltersiscloselyrelatedtothedevelopmentofthemilitaryindustryandtheelectronicsindustry.DuringtheFirstWorldWar,duetotheuseofvariouschemicalpoisons,militarygasmaskswithasbestosfiberfilterpaperasthesmokefilterlayercameintobeing.GlassfiberfiltermediaforairfiltrationwaspatentedintheUnitedStatesinOctober1940.Inthe1950s,theUnitedStatesconductedin-depthresearchontheproductionprocessofglassfiberfilterpaper,whichimprovedanddevelopedairfilters.Inthe1960s,HEPAfilterscameout;inthe1970s,HEPAfiltersusingfineglassfiberfilterpaperasthefiltermediumhaveafiltrationefficiencyof99.9998%forparticleswithaparticlesizeof013microns.Sincethe1980s,withtheemergenceofnewtestmethods,theimprovementofuseevaluation,andtheimprovementoffiltrationperformancerequirements,ithasbeenfoundthatHEPAfiltershaveseriousproblems,sohigherperformanceULPAfiltershavebeenproduced.Countriesarestillstudyinghard,anditisestimatedthatmoreadvancedairfilterswillappearsoon.

Ilmansuodattimen suorituskyky

Makethepollutedaircleantothestateneededforproductionandlife,thatis,maketheairreachacertaindegreeofcleanliness.Howtheairfilterfilterstheair:

Generalairpurificationequipmentfiltersairroughlydividedintothefollowingmethodsandsteps.

1. Useita suodattimia – estä pölyn ja bakteerien tunkeutuminen huoneeseen

Multipleactivatedcarbonfilterseffectivelyinterceptdustandgerms,filtertheair,andensurethattheairenterstheroomClean.

2.Titaniumoxidekillspoisons-degradesthepollutionoforganictoxicgasessuchasformaldehydeandbenzeneintheindoorair

Nano-gradetitaniumdioxideisactivatedbyultravioletlighttofiltertheairandeffectivelydegradetheairRadiationpollutionfromorganictoxicgasessuchasformaldehydeandbenzene.

3.Negativeionoxygenation-increasetheoxygenintheindoorairtoanappropriateamountandkeepthecontentstable

ThenegativeiongeneratoraddsoxygentotheindoorairtoensurethattheairenteringthehomeremainssufficientTheamountofoxygen,fullofvitality,strengthenthefiltrationofair>

4.PTCkeramiikka-lämmityssisäilmassamukavaan lämpötilaan

Performauxiliarypreheatingtoappropriatelyincreasetheindoortemperaturetofiltertheairandmakethehomewarmandcomfortable.

⒌Ultravioletlightsterilization——-stronglykilltheepidemicvirusesandbacteriaintheair

Ultravioletlightsourcecaneffectivelykilltheepidemicvirusesandbacteriaintheair,keepingpeopleawayThesourceofinfectionistofiltertheairtoprotectthehealthofthewholefamily.

Thefilterisanindispensabledeviceonthepipelineoftheconveyingmedium.Itisusuallyinstalledattheinletofapressurereducingvalve,apressurereliefvalve,afixedwaterlevelvalveorotherequipmenttoeliminateimpuritiesinthemedium.Toprotectthenormaluseofvalvesandequipment.Whenthefluidentersthefiltercartridgewithacertainfilterscreen,itsimpuritiesareblocked,andthecleanfiltrateisdischargedfromthefilteroutlet.Whencleaningisneeded,justtakeoutthedetachablefiltercartridgeandreloaditaftertreatment.Yes,therefore,itisextremelyconvenienttouseandmaintain.

Tehokasilma

Tehokkaat ilmansuodattimet (8 arkkia)

High-efficiencyairfiltersaregenerallyusedastheendofthefilterTherefore,therequirementsforhigh-efficiencyfiltersarealsothemoststringent,andthefactoryneedstobetestedonebyone.Astheendofthehigh-efficiencyfilter,itisthemostcriticaloneofthevariouslevelsoffiltersandrequiresadditional"watching".Toprolongtheservicelifeofthehighefficiencyfilter,themostfundamentalwayistoblockthedustinthepre-filter.Thereplacementofthepre-filtergenerallydoesnotrequiresuspensionofproductionordebugging,soexperiencedownerswillpayattentionandmoneytothepre-filter.Forclass10,000andclass100,000cleanworkshops.Pre-filtrationcanchooseF8filter,sothattheservicelifeoftheendhighefficiencyfiltercangenerallyreachfiveyears.Inforeignprojectsanddomesticnewprojects,F8filteristhemostcommonpre-filterfornon-uniformflowcleanrooms.Forcleanworkshopsoflevel100,level10orhigherforchipfactories,thecommonefficiencylevelofthepre-filterisH10,andHEPAissimplyselectedformanynewprojects.Inthedesignofcleanroomair-conditioningsystemsinthepastinChina,thecommonconfigurationoffiltersis:coarseefficiency,mediumefficiencyandhighefficiency.Atthattime,theservicelifeofthehighefficiencyfilterwasonly1-3years,andtheworstwasonlyafewmonths.Itcanbeseenthattheefficiencyofthepre-filterdeterminestheservicelifeoftheendfilter.

Liquid

Nestesuodatin (6 arkkia)

tocleanthecontaminatedliquidtowhatisneededforproductionandlifeState,thatis,maketheliquidreachacertaindegreeofcleanliness.

Themaincommonliquidfiltersare:swimmingpoolintegratedfilteringequipment.

Poolintegratedequipmentisamainstreamproductchoiceinthemodernswimmingpoolindustrymarket.Withitstechnicalcontentanddesignconcept,integratedswimmingpoolequipmenthasbrainstormedanewimpactontheswimmingpoolequipmentmarket.Integratedswimmingpoolequipmentisaswimmingpoolequipmentthatintegratesswimmingpoolfiltration,disinfectionandcirculation,andhasbecomeamainstreamproductintoday'sswimmingpoolequipmentmarket.

Theintegratedswimmingpoolequipmentplaysanirreplaceableroleintheoperationofmodernswimmingpools.Itscharacteristicfunctionhasthefollowingthreepoints:

Ensinnäkin sen sijainti voidaan sijoittaa uima-altaan lähelle hiljaisella äänellä ja korkealla turvatekijällä.

Toiseksi asennus on yksinkertainen, työmäärä on pienempi ja tehokkuuskorkea.

Third,itissmallinsizeandburiedintheground,whichcanfreeupaplacetobeautifytheswimmingpool.

Verkko

Usesettingstoblockspam,sothattheinformationonthecomputerscreenmeetstherequirementsasmuchaspossible.

Valo

Theprincipleofsameabsorptionseparateslightofdifferentcolorsandabsorbssomeunwantedlight.

Toimintoluokitus

Imusuodatin

ThefilterisinstalledonthesuctionlineofthepumptofilterouttheresidueinthefueltankThepollutantsthatenterthroughtheairholesofpollutantshavetheeffectofprotectingthepump.However,inordertoavoidthecavitationofthepump,fullattentionmustbepaidtothepressureloss.Generally,coarsemetalmeshornotchedmetalwirematerialof100-200meshisused.Therefore,itisnotafiltertocontrolthepollutionconcentrationofthesystem.

Korkeapaineinen putkisuodatin(A)

ItisinstalledontheoutletpipeofthepumptoprotectpollutantsfromenteringTheroleofthesystem.Therefore,thepollutantconcentrationofthesystemcanbecontrolled.However,becauseitisahigh-pressuremainline,itissubjecttothepulsationandpressureimpactofthepump,sothematerialandstrengthofthefilterelementmustbecarefullyconsidered.

Highpressureline-suodatin(B)

Inthesystem,inordertoprotecthydraulicpartsthatareparticularlysensitivetopollution,thisfilterisinstalled.Calledterminalfilter.Therefore,ittendstohaveasmallerfiltrationparticlesizethanotherfilters.Therefore,whenusing,choosealargecapacity.Inaddition,thematerialandstrengthofthecomponentsshouldbefullyconsideredasin(A).

Palautinsuodatin

Setonthereturnlineofthesystem,itsfunctionistocapturethepollutantsgeneratedorinvadedinthesystembeforereturningtothefueltank..Therefore,itisthemosteffectiveandimportantfiltertocontrolthepollutionconcentrationofthesystem.Althoughitisalow-pressurepipeline,dependingontheoperatingconditionsofthetransmissiondevice,pulsationorpressureshockmayalsooccur,sothematerialandstrengthofthecomponentsmustbefullyconsidered.Importedpump

Kierrätyssuodatin

Itislocatedonthereturnpathofthefueltankcirculation.Thesystemhasalargecapacity,soitisoftenrequiredwhenstrictcleanlinessisrequired.Itisadopted,evenifthesystemisnotworking,itcancapturethepollutantsinthefueltank,therefore,theefficiencyofreducingthepollutionconcentrationisthebest.Inaddition,acoolerisinstalled,whichhastheadvantagesofsimultaneouscoolingandeasymaintenance.However,specialpumpsandmotorsarerequired,andthecostishigh.

Airfilter

isinstalledonthefueltanktopreventpollutantsfrombeingmixedintothefueltankwithairduetothefluctuationofthefuelvolumeofthefueltank.Therefore,thefiltrationaccuracyshouldhavethesameperformanceasthefilter,andthecapacityshouldbeleftwithsufficientleewaytopreventtheinternalpressureofthefueltankfrombecomingnegativeduetothecloggingoftheholesandcausingthecavitationofthepump.Payspecialattentionwhenthesurroundingenvironmentisbad.

Othertypes

Usedonthefilterperformancetestbench,thistestbenchmuststrictlypurifythesystembeforethetest,sothetestsystemandthepollutioninjectionforthetestsystemThesystemneedstobeequippedwithafilter.Thefilterandthetestedfilteraretwodifferentthings.Itsaccuracyrequirementsanddirtholdingcapacityrequirementsarehigherthanthoseofthetestedfilter.InordertodistinguishbetweenthetwointhesametestsystemThiskindoffilteriscalledatestbenchfilter,andthetestedfilteriscalledthetestedfilter.

Fiber

Mechanicalfiltrationisthemostcommonlyusedmethodofsewagetreatment.Accordingtodifferentfiltermedia,mechanicalfiltrationequipmentisdividedintotwotypes:particlemediafiltrationandfiberfiltration.Theparticlemediafiltrationmainlyusessandandgravel.Theparticlefilterisusedasthefiltermediumtoachievefiltrationthroughtheadsorptionoftheparticlefilterandtheinterceptionofthesuspendedsolidsinthewaterbytheporesbetweenthesandparticles.Theadvantageisthatitiseasytobackwash,butthedisadvantageisthatthefiltrationrateisslow,generallynotexceeding7m/h;Theamountofdirtinterceptionissmall,andthecorefilterlayerisonlythesurfaceofthefilterlayer;thefiltrationaccuracyislow,only20-40μm,whichisnotsuitableforrapidfiltrationofhigh-turbiditysewage.

Thehigh-efficiencyasymmetricfiberfiltrationsystemusesasymmetricfiberbundlematerialasthefiltermaterial,andthefiltermaterialisasymmetricfiber.Onthebasisofthefiberbundlefiltermaterial,acoreisaddedtomakeitbothfiberfilterDuetothespecialstructureofthefiltermaterial,theporosityofthefilterbedcanquicklyformagradientdensityofupperandlowerparticles,whichenablesthefiltertofilterquickly,withalargeamountofdirtinterception,andeasybackwashing.Designedtomaketheprocessofdosing,mixing,flocculation,filtration,etc.becarriedoutinonereactor,sothattheequipmentcaneffectivelyremovesuspendedorganicmatterintheaquaculturewaterbody,reducethewaterbodyCOD,ammonianitrogen,nitrite,etc.,especiallysuitableforthecirculatingwateroftheholdingtankThesolidsuspensionisfiltered.

Sovellusalue

1.Vesiviljelykiertovesien käsittely;

2.Jäähdytyskiertovesi,teollinen kiertovesikäsittely;

3Futrofisten vesistöjen, kuten jokien, järvien ja kotivesimaisemien, hoito;

4.Kierrätetun veden uudelleenkäyttö

Mekanismi

1.StructureofasymmetricfiberfiltermediaThecoretechnologyofthehigh-efficiencyautomaticgradientdensityfiberfilteristouseasymmetricfiberbundlematerialasthefiltermaterial,oneendofwhichisaloosefibertow,andtheotherendofthefibertowisfixedinasolidbodywithalargerspecificgravity.Thesolidcoreplaysaroleincompactingthefibertow,andatthesametime,duetothesmallsizeofthecore,ithaslittleeffectontheuniformityoftheporositydistributionofthefiltersection,therebyimprovingthedirtinterceptioncapacityofthefilterbed.Thefilterbedhastheadvantagesofhighfiberfiltrationporosity,smallspecificsurfacearea,highfiltrationrate,largedirtinterception,andhighfiltrationaccuracy.Whenthesuspendedflowinwaterpassesthroughthesurfaceofthefiberfiltermaterial,itwillbesuspendedundertheactionofvanderWaalsattractionandelectricity.Theadhesionofsolidsandfiberbundlesismuchgreaterthanthatofquartzsand,whichisbeneficialtoimprovefiltrationspeedandfiltrationaccuracy.

Duringbackwashing,duetothedifferenceinthespecificgravitybetweenthecoreandthefiberfilaments,thecomatailfibersspreadoutandoscillatewiththebackwashingwaterflow,resultinginastrongdragforce;thecollisionbetweenthefiltersisalsointensifiedInordertoimprovethemechanicalforceofthefiberinthewater,theirregularshapeofthefiltermaterialcausesthefiltermaterialtorotateundertheactionofbackwashingwaterandairflow,whichstrengthensthemechanicalshearingforceofthefiltermaterialduringbackwashing.Asaresultofthejointaction,thesolidparticlesattachedtothefibersurfacecaneasilyfalloff,therebyimprovingthecleanlinessofthefiltermaterial,sothattheasymmetricfiberfiltermaterialalsohasthebackwashingfunctionoftheparticlefiltermaterial.

2.Continuousgradientdensityfilterbedstructurewithsparsetopandbottomdensity

Thefilterbedcomposedofasymmetricfiberbundlefiltermaterialiscompactedbythewaterflow,whenthewaterflowsthroughthefilterlayerResistanceisgenerated.Fromtoptobottom,theheadlossisgraduallyreduced,thewaterflowisgettingfasterandfaster,thedegreeofcompactionofthefiltermaterialisgettinghigherandhigher,andtheporosityisgettingsmallerandsmaller,sothatalongthedirectionofthewaterflow,acontinuousgradientdensityisautomaticallyformedThefilterlayerisdistributed,forminganinvertedpyramidstructure.Thisstructureisveryconducivetotheeffectiveseparationofsuspendedsolidsinwater,thatis,thedesorbedparticlesontheupperpartofthefilterbedareeasilycapturedandinterceptedinthelowernarrowchannelfilterbed,realizingtheunificationofhighfiltrationrateandhigh-precisionfiltration,andimprovingthefilterTheamountofdirtintercepted,andthefiltrationcycleisprolonged.

Ominaisuudet

1.Highfiltrationaccuracy:theremovalrateofsuspendedsolidsinwatercanreachmorethan95%,anditcanpreventmacromolecularorganicmatter,viruses,bacteria,Impuritiessuchascolloidandironhaveacertainremovaleffect.Thetreatedwateraftergoodcoagulationtreatment,whentheinletwateris10NTU,theoutletwaterislessthan1NTU;

2,suodatusnopeus: yleensä 40 m/h, jopa 60 m/h, mikä on enemmän kuin 3 kertaa tavallisiin ja suodattimiin verrattuna;

3.Suuri likapitokapasiteetti: yleensä 15–35 kg/m3, mikä on yli 4 kertaa tavallisiin hiekkasuodattimiin verrattuna;

3.p>

4.Takaisinhuuhtelun alhainen vedenkulutus: vastahuuhteluvedenkulutus on alle 1～2 % jaksottaisen suodatusveden määrästä;

5.Lowdosageandlowoperatingcost:duetothefilterbedstructureAndthecharacteristicsofthefiltermaterialitself,thedosageofflocculantis1/2to1/3oftheconventionaltechnology.Theincreaseincyclewaterproductionreducestheoperatingcostpertonofwater;

6.Pieni jalanjälki:tuotetaan sama määrä vettä,jajalanjälki on pienempi kuin 1/3 tavallisestajasuodattimesta.

7.Strongadjustability.Parameterssuchasfiltrationprecision,interceptioncapacityandfiltrationresistancecanbeadjustedasrequired;

8.Suodatinmateriaali on kestävä ja sen käyttöikäyli 20 vuotta.

Prosessinkulku

Theflocculationdosingdeviceisusedtoaddflocculanttothecirculatingwaterfromthepump.Aftertherawwaterispressurizedbytheboosterpump,theflocculantispassedthroughThepumpimpellerisstirredandmixeduniformlytosuspendthefinesolidparticlesandcolloidalsubstancesintherawwaterformicro-flocculationreaction,andquicklygenerateflocswithavolumegreaterthan5microns,whichflowthroughthefiltrationsystempipelineintothehigh-efficiencyasymmetricfiberfilter,andtheflocsarefilteredThematerialisfilteredandretained.

Y-tyyppinen suodatin

Y-tyyppinen suodatin(vesisuodatin) kuuluu putkiston karkeasuodatinsarjaan,ja sitä käytetään myös kaasun tai muiden keskisuurten hiukkasten suodattamiseen, asennettuna putkiinnesteen poistamiseksi.Suhteellisen suuret kiinteet epäpuhtaudet väliainepöydässä,jokainen suodatin. (vesisuodattimella) on yksinkertaisen tuotannon, kätevän asennuksen ja puhdistuksen sekä suuren likapitokapasiteetin etuja.

Levytyyppi

Levysuodatinlaite, joka koostuu suodatinyksiköistä, joita käytetään suodatinjärjestelmässä.

Thediscfilteriscomposedoffilterunitsarrangedsidebyside.Thefilterunitismainlycomposedofagroupofring-shapedreinforcedplasticfilterdiscswithgroovesorribs.Sewageentersfromtheoutsideduringfiltration,andtherimformedbytheedgeofthegrooveontheadjacentfilterdiscinterceptsthesolidsinthewater;whenbackwashing,thewaterflowsfromtheinsideoftheannularfilterdisctotheoutside,whichwilltrapthedirtonthefilterdiscRinsedownanddischargethroughthesewageoutlet.

Thediscsarestackedtightlyandcompactlyintheunit,andthemiddlegroovesoftheupperandlowerdiscsplayaroleoffilteringandinterception.Whentherawwaterpassesthroughthefilterunit,itflowsfromtheoutsidetotheinside,andtheimpuritieslargerthanthegroovewillbeinterceptedoutside.Thecorecomponentofthediscfilteristhestackedplasticfilterdiscs.Therearespecialgroovesorribsonthefilterdiscs.Thegroovesorribsontheadjacentfilterdiscsformchannelsofacertainsize.Theparticlesizeislargerthanthechannelsize.Thesuspendedmatterisinterceptedtoachievethefilteringeffect.Thisproductcanreplacetraditionalmechanicalfiltrationdevicessuchassandfilterstoalargeextent,withsuperiorperformanceandmuchlowerwaterandelectricityconsumptionthanotherproducts.

Thediscfilterisdesignedwithedgesofdifferentstructuresonbothsidesofthefilterdisc.Theseedgesaresuperimposedtoformaninterceptionsurface.Amongthem,thecurvededgemainlyservestointerceptandstorethesuspendedmatter.Theoutersideisslightlylarger.Theopendesigncanensurethatthereisnoneedtoloosenthefilterdiscduringbackwashing,andathoroughbackwashingeffectcanbeachievedwhenthewaterpressureislow;theannularedgedeterminesthefiltrationaccuracyandconstitutesthewaterchannel,andthefilterdisccanprovideupto5μfiltrationAccuracy.Whentherawwaterentersthemiddleofthetwo-layerfilterdisc,itfirstflowsalongthecurvededgeintothedisc,butitcannotenterdirectlyaftercarefulobservation.Atthistime,itistheannularedgethatplaystheroleoffilteringandinterception.Theimpuritiessmallerthanthesizeoftheannulargroovecanenterthecurvededgecommunicatingwiththeinsidealongtheannularedge,andthelargeimpuritiesareintercepted.

Theuniquestructureofthefilterdiscalsomakesthebackwashingprocessofflushingoutthedirtsimplerandeasier,withouttheneedforcomplicatedmotorsanddrivers,andasimplewaterflowisenoughtoflushoutthedirtFilterelement.Thisexcellentperformancereducesthebackwashingtimeofthefilter;atthesametime,becausethedirtisnotonlystoredbetweenthefilterplategroupandthehousing,butmorecanbestoredinsidethefilterplategroup,thefiltercanholdmoredirt

Alkutehoste

FAOnePFAlkuvaikutelmasuodatin

InitialeffectplatefilterFAonePFprimaryeffectfilter

FA-PFprimaryeffectfilter,beforethefiltermaterialispleated,alayerofgalvanizedironmeshisattachedtotheairoutletsurfaceofthefiltermaterial.ThislayerofironmeshcannotonlyprotectThefiltermaterialwillnotbebroken,anditcanalsopreventthefiltermaterialfromdeformingduetowindpressure,soitcanensurethatallthesurfaceofthefiltermaterialcanbefullyutilized.

Useaspecialacupuncturetechniquetoprocessthefiberofthefiltermaterialtoformagradualstructure,sothatthefilterhasahigherdustcapacityandalongerservicelife.

Theouterframeofthefilteriscomposedofasolidwaterproofboard,whichisusedtofixthefoldedfiltermaterial.Thediagonaldesignontheouterframecanprovidealargefilteringareaandmaketheinnerfiltermaterialtightlyadheretotheouterframe.Thesurroundingsofthefilteraregluedwiththeouterframewithspecialprofessionaladhesiveglue,whichcanpreventairleakageordamagecausedbywindpressure.

Ominaisuudet:

Thefilterisdividedintothreesizesofdepth1'',2''and4'',anditsfilteringareaisageneralflatfilter.Fivetimesthenet,ithasalongerservicelifeandhigherfiltrationefficiencythanaclassofglassfiberfiltersorrayonfilters.

Itcanbeuseddirectlyorasaprimaryfiltertoprotectthemiddleandhighefficiencyfiltersinthebacksectionoftheairconditioningsystem.

Thefiberistreatedwithaspecialpinningtechniquetoformagradualstructure,sothatthefilterhasthecharacteristicsoflowpressureloss,highdustcollection,andlongservicelife.

Käyttö:

ThecoarsefiltersystemofgeneralairconditionercanextendtheservicelifeofbagandHFPAfilters.Itisacoarsefilterforfactoryexhaustgasandprocessingdustcollection.

Hana

Perustiedot

Tekniset tiedot: korkeus 60 mm Väri: vaaleansininen, vaaleanpunainen, valkoinen (julkaistu satunnaisesti)

Koostumus: 1 suodatin, 1 liitäntä

Materiaali: PS-muovi, zeoliitti, aktiivihiili (kookoskuori), PVAnon-kudottu kangas

Ominaisuudet

Thematerialrequirementsandeffluentqualityrequirementsareproducedinaccordancewiththe"RegulationsonHygienicSafetyandFunctionalEvaluationofDrinkingWaterDisposers".

Itcanremoveresidualchlorine,heavymetalsandotherimpuritiesintapwater.Makethewatermoresweetandsanitary.

Thisproductachievestheeffectofrapidlayeredfiltrationandpurificationthroughtheinternalwaterfiltertissuelayer:

⒈Non-wovenfabric:filteroutironslagandvisibleimpuritiesinthewaterpipe;Coconutactivatedcarboncanreducethealkalinesubstancesinthewater;

⒉Silicateionzeolite:Itcanremovesomeheavymetalimpuritiesandodorssuchasresidualchlorineandresidualammonia,makingthewatermoresweetandsanitary;

⒊Coconutshellactivatedcarbon:high-qualitycoconutshellasthematerial,theproducthasgoodadsorptioncapacity,highstrength,anduniformparticlesize.Theappearanceisblack,withwell-developedvoids,highadsorptionrate,goodstrength,stableperformance,easyregeneration,anddurability.Itcaneffectivelyremovethepeculiarsmellandcolorinthewater,andcaneffectivelyhelppeopleremovecarcinogens,makingthewaterclearandsoftintaste.Itiswidelyusedinthedeeppurificationofdrinkingwater.

⒋Theproductissmallinsize,easytoloadandunload,andissuitableforallkindsofoldandnewfaucets;

⒌Hidasta ja hallitse hanan veden virtausta, estä vesiroiskeet ja säästä vesilähteitä.

Sovellusalue

Becausethefaucetspecificationsaredifferent,inordertoenhancethesealingeffectoftheinstallation,

Se voidaan säätää oikein asennuksen aikana. Käytä materiaaliteippiä (tiivisteteippiä).

Varotoimenpiteet

1Vältä käyttämästä kuumaa vettä pitkään, mieluiten alle 50 astetta.

2Blackwaterwillflowoutwhenitisfirstused,whichiscausedbythepowderofbasicactivatedcarbon,anditcanbeusednormallyafter5-10secondsofdrainingthewater.

Newproductdevelopment

Traditionalfiltersusuallyuseafiltertoseparateparticlesfromtheliquid.Thefilterneedstobereplacedandcleanedfrequently,otherwiseitispronetoclogging.Incomparison,fishhaveastrongeroralfiltrationcapacity.Filter-feedingfish,suchasgoldfish,spoonsturgeons,baskingsharks,andwhalesharks,canretainfoodparticlesduringfilteringwhileavoidingcloggingoftheoralfilterbydebris.

TheresearchteamoftheCollegeofWilliamandMaryintheUnitedStatesreportedonMarch29,2016thattheydesignedahigh-efficiencyfiltermodelbasedonthefiltermechanismofthefilter-feedingfishmouthstructure,whichcaneffectivelyavoidthecloggingproblem.TheyreportedinthelatestissueoftheonlineversionoftheBritish"NatureCommunications"thatbasedonthestructurecalled"gillarch"inthemouthofthekeysnoutsturgeonandbaskingshark,theydesigneda3Dprintedtaperednylonplasticfiltermodel.Theyputthemodelinawaterflowpooltoobservethefilteringeffect,andcompareditwiththefilteringmechanismoftheoralstructureoftheskeysnosesturgeon.

Itturnedoutthatboththemodelandthefish’smouthareusedtotrapparticlesandpreventblockagesbycreatingvortexesintheliquid.Thegillarchisacone-shapedstructureformedbybendinghardbonesorcartilagetosupportthegills.Thebonesarearrangedinparallellikeold-fashionedradiators.

Theresearchersexplainedthatthetaperedstructurehelpsthewaterflowinthefish’smouthtoformwatercurrentsandvortices,whiletheparallelarrangementofboneshelpssmallparticlestogather,andthetwocombinetoforma"vortex".The"rotatingstepfilter"mechanismallowsparticlessmallerthanthegapbetweenthebonestobeintercepted.

OneoftheauthorsofthereportandascholaratWilliamandMaryCollegeLaurieSandersonsaidthatthiskindoffiltrationmechanismwillbewidelyusedinthefuture,frommicrofiltersthatfilteronlycell-sizedparticlestolargeindustrialpipelines.Allfilterscanplayaroleinhighefficiency.

Asennusmenetelmät

On olemassa kolme tyyppiä: laippaliitäntä, kierreliitäntä ja hitsaus.

Valintaperiaate

1. Tulo- ja poistoaukon halkaisija:

Inprinciple,theinletandoutletdiameterofthefiltershouldnotbelessthanTheinletdiameterofthematchedpumpisgenerallythesameastheinletpipediameter.

2. Nimellispaine:

Thepressurelevelofthefilterisdeterminedaccordingtothehighestpressurethatmayappearinthefilterpipeline.

3.Reikien lukumäärän valinta:

Themainconsiderationistheparticlesizeoftheimpuritytobeintercepted,whichisdeterminedaccordingtotheprocessrequirementsofthemedium.Fortheparticlesizethatcanbeinterceptedbyvariousspecificationsofscreens,checkthefollowingtable"Filterspecifications".

4. Suodatinmateriaali:

Thematerialofthefilterisgenerallythesameasthematerialoftheconnectedprocesspipeline,anditcanbeconsideredfordifferentserviceconditions.Filtermadeofcastiron,carbonsteel,lowalloysteelorstainlesssteel.

5.Suodattimen resistanssihäviön laskenta

Vedensuodattimien painehäviö on0,52～1,2kpa allevirtausnopeuden yleislaskelman

Asennuspaikka

⑴Yleensä matalapainelaitteet, joiden paine on alle 140 kg/cm2, yleensä vain imusuodatin on asennettu, muttapaluusuodatin ja ilmansuodatin on myös asennettava.

⑵Ingeneralmediumandhighpressureliquidinstallationswithapressureabove140kg/cm2,areturnfilterisgenerallyusedtocontrolthepollutionconcentration.However,whentherearespecialrequirementsforreliability,ahigh-pressurepipelinefiltershouldbeusedtogether.

⑶Inordertoincreasethereliabilityofelectromagneticproportionalcontrolvalveorsmallflowregulatingvalve,aterminalfiltershouldbeinstalled.

⑷Whenusingservovalves,effortsshouldbemadetoreducethepollutionconcentrationofthesystem.Therefore,highpressureandreturnfiltersshouldbeusedtogether;forlargevolumes,acirculatingfiltershouldbeinstalled,andaterminalshouldbeinstalledontheauxiliarypipeline.filter.

Varotoimet

Hydraulijärjestelmän öljynsuodattimen asennusasento on yleensä seuraava:

⑴Se on asennettavapumpun imuporttiin:

Surface-typeoilfiltersaregenerallyinstalledonthesuctionlineofthepumptofilteroutlargerimpuritiesandparticlestoprotectthehydraulicpump.Inaddition,thefilteringcapacityoftheoilfiltershouldbemorethantwicethepumpflow,Thepressurelossislessthan0.02MPa.

⑵Asennettupumpunlähtövirtapiiriin:

Thepurposeofinstallinganoilfilterhereistofilteroutpollutantsthatmayinvadevalvesandothercomponents.Itsfiltrationaccuracyshouldbe10-15μm,anditcanwithstandtheworkingpressureandimpactpressureontheoilcircuit,andthepressuredropshouldbelessthan0.35MPa.Atthesametime,asafetyvalveshouldbeinstalledtopreventcloggingoftheoilfilter.

(3)Installedontheoilreturnlineofthesystem:Thiskindofinstallationplaysanindirectfilterfunction.Generally,abackpressurevalveisinstalledinparallelwiththefilter.Whenthefilterisblockedandreachesacertainpressurevalue,thebackpressurevalveopens.

⑷Asennettujärjestelmän haaravirtapiiriin.

⑸Singlefiltersystem:Largehydraulicsystemcanbespeciallyequippedwithahydraulicpumpandoilfiltertoformanindependentfiltercircuit.

Inadditiontotheoilfilterrequiredbytheentiresysteminthehydraulicsystem,aspecialoilfilterisofteninstalledinfrontofsomeimportantcomponents(suchasservovalves,precisionthrottlevalves,etc.).Makesuretheyareworkingproperly.

Valintapisteet

Öljynsuodatinta valittaessa tulee ottaa huomioon seuraavat kohdat:

⑴Thefilteringaccuracyshouldmeetthepredeterminedrequirements.

⑵Itcanmaintainsufficientflowcapacityforalongtime.

⑶Thefilterelementhassufficientstrengthandwillnotbedamagedbyhydraulicpressure.

⑷Thefilterelementhasgoodcorrosionresistanceandcanworkforalongtimeunderthespecifiedtemperature.

⑸Suodatinelementti on helppo puhdistaa tai vaihtaa.

Therefore,theoilfiltershouldbeselectedaccordingtothetechnicalrequirementsofthehydraulicsystem,accordingtothefilteringaccuracy,flowcapacity,workingpressure,oilviscosity,workingtemperatureandotherconditions.

Tarkkuusmuunnos

Silmäluku	μm	Silmien lukumäärä	μm
> 2	> 8000	> 100	> 150
> 3	> 6700	> 115	> 125
> 4	> 4750	> 120	> 120
> 5	> 4000	> 125	> 115
> 6	> 3350	> 130	> 113
> 7	> 2800	> 140	> 109
> 8	> 2360	> 150	> 106
> 10	> 1700	> 160	> 96
> 12	> 1400	> 170	> 90
> 14	> 1180	> 175	> 86
> 16	> 1000	> 180	> 80
> 18	> 880	> 200	> 75
> 20	> 830	> 230	> 62
> 24	> 700	> 240	> 61
> 28	> 600	> 250	> 58
> 30	> 550	> 270	> 53
> 32	> 500	> 300	> 48
> 35	> 425	> 325	> 45
> 40	> 380	> 400	> 38
> 42	> 355	> 500	> 25
> 45	> 325	> 600	> 23
> 48	> 300	> 800	> 18
> 50	> 270	> 1000	> 13
> 60	> 250	> 1340	> 10
> 65	> 230	> 2000	> 6.5
> 70	> 212	> 5000	> 2.6
> 80	> 180	> 8000	> 1.6
> 90	> 160	> 10 000	> 1.3

Testprinciple

※Bubblepointmethodtestprinciple:Whenthefiltermembraneandthefilterelementarecompletelyinfiltratedwithacertainsolution,andthenpressurizedononesidebytheairsource(theairinletcontrolsysteminourinstrumentcanstabilizethepressureandadjusttheairinlet),asthepressureincreases,theairflowsfromthefiltermembraneReleaseonthesideofthefilm,showingthesizeandnumberofthefilmonthesideForbubblesofvaryingamounts,thecorrespondingpressurevaluedeterminedbytheinstrumentisthebubblepoint.

※Diffusionflowtestprinciple:Diffusionflowtestmeansthatwhenthegaspressureis80%ofthebubblepointvalueofthefilterelement,therehasnotyetbeenalargeamountofgasperforation,butasmallamountofgasfirstDissolveintothemembraneoftheliquidphase,andthendiffusefromtheliquidphasetothegasphaseontheotherside.Thispartofthegasiscalledthediffusionflow.

※Whythediffusionflowmethodisbetter:Thebubblepointvalueisonlyaqualitativevalue.Fromthebeginningofthebubbletothefinalgroupbubble,itisarelativelylongprocessandcannotbeaccuratelyquantified.Themeasurementofthediffusionflowvalueisaquantitativevalue,whichcannotonlyaccuratelydeterminetheintegrityofthefilter,butalsoreflecttheporosity,flowrateandeffectivefiltrationareaof​​themembrane.ThisiswhyforeignmanufacturersusediffusionThereasonfortheintegrityoftheflowmethodtest.

※Waterintrusionmethodtestprinciple:Thewaterintrusionmethodisdedicatedtothetestofhydrophobicfilterelements.Thehydrophobicmembraneisresistanttowater.Thesmallertheporesize,thegreaterthepressurerequiredtosqueezewaterintothehydrophobicmembrane.Therefore,underacertainpressure,measurethewaterflowsqueezedintothefiltermembranetodeterminetheporesizeofthefilterelement.

Teollisuusstandardi

CJ/T3068-1997-polymeerinen mikrohuokoinen putkimainen suodatin

GB/T13554-2008korkeatehoinen ilmansuodatin

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GB/T14295-2008ilmansuodatin

GB/T14382-2008kolmipäästösuodatin putkille

GB/T17486-2006hydraulisuodatin

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HG/T21637-1991kemiallinen putkisuodatin

HG/T4085-2009painetyyppinen kuitukimppusuodatin

JB/T7538-1994pipenebasketFilter

SY/T0523-2008öljykentän vedenkäsittelysuodatin

YY-T0142-1994 kertakäyttöinen ilmansuodatin infuusio- ja verensiirtolaitteita varten

JB-T7374-1994 pneumaattinen ilmansuodatin

HG-T20570.22-1995 putkisuodatin

JB-T6417-1992ilmastoinnin ilmansuodatin

JB-T9044-1999korkeagradienttimagneettisuodatin

YY0286.1-2007kertakäyttöinen tarkkuussuodatinfuusiosarja

JB/T10410-2004teollisuusvesiautomaattinen reaktiohuuhtelusuodatin

Huolto

①.Karkeasuodatin

1.Thecorepartofthefilteristhefilterelement,whichconsistsofthefilterFrameandstainlesssteelwiremesh.Thestainlesssteelwiremeshisawearablepartandneedsspecialprotection;

2.Afterthefilterhasbeenworkingforaperiodoftime,certainimpuritieshaveprecipitatedinthefiltercore,andthepressuredropsatthistime.Increase,theflowratewilldecrease,andtheimpuritiesinthefilterelementneedtoberemovedintime;

3.Whencleaningimpurities,payspecialattentiontothestainlesssteelwiremeshonthefilterelementnottobedeformedordamaged,otherwise,installitagainAfterthefilter,thepurityofthefilteredmediumdoesnotmeetthedesignrequirements,andthecompressor,pump,instrumentandotherequipmentwillbedamaged;

4.Ifthestainlesssteelwiremeshisfoundtobedeformedordamaged,itneedstobereplacedimmediately.

②,tarkkuussuodatin

1.Thecorepartoftheprecisionfilteristhefilterelement.Thefilterelementiscomposedofspecialmaterials,whicharesuitableforwearandneedspecialprotection;

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2.Whentheprecisionfilterhasbeenworkingforaperiodoftime,thefilterelementofthefilterwillholdacertainamountofimpurities.Atthistime,thepressuredropwillincreaseandtheflowratewilldecrease.Theimpuritiesinthefiltermustberemovedintimeandcleanedatthesametime.Filterelement;

3.Whenremovingimpurities,payspecialattentiontotheprecisionfilterelement.Itmustnotbedeformedordamaged.Otherwise,thefilterelementthatisinstalledagainwillnotmeetthedesignrequirementsofthepurityofthefilteredmedium;

4. Joitakin tarkkoja suodatinelementtejä ei voida käyttää toistuvasti, kuten pussisuodatinelementtejä, polypropeenisuodatinelementtejä jne.;

5.Jos suodatinelementin havaitaan olevan muodonmuutos tai vaurioitunut, se on vaihdettava välittömästi.

Kolme. Kiinnitä huomiota ehkäisyyn, maalaamiseen laipaan ja lämmönsuojaukseen

Sovellusteollisuus

⒈Puutarhan ja maatalouden kastelu.

⒉Kokonaisvesihuollon suodatusjärjestelmä ravintola-, tekstiili-, kaivos-, elektroniikka- ja valimoteollisuudelle.

⒊Waterfiltrationfornozzlesinpulpingandpapermaking,metallurgyandmachineryindustries.

⒋Yleinen kiertovesisuodatus, elintarvike-, energia-, kaivos- ja sulatusteollisuus.

⒌Pharmaceutical,petrochemicaloilrefining,airconditioningsystemorheatingsystemcoolingtowercirculatingwaterfiltration.

⒍Ionexchangepretreatmentofpetrochemical,electromechanical,andpharmaceuticalwastewater.

Suodatinnäyttö

Suodatinnäyttö on pääasiassa ruostumatonta teräslankaa.

Ruostumaton teräslanka (ruostumaton teräsverkko)

Materiaali: SUS201,202,302,304,316,304L,316L,321 ruostumaton teräslanka

Kudonta: pelkkä kudos, twillweave, tiheäkudos

Thespecificationofstainlesssteelwiremeshis1mesh-635mesh.Inthecaseofdensetwillweave,itcanreachamaximumof2800mesh.

304ruostumaton teräs viittaa yleensä "18-8" (18 % kromia, 8 % nikkeliä) enimmäkseen ruostumattomasta terässeoksesta, joka sopii hyvin kankaaseen. Se voidaan altistaa ulkona eikä sitä hapeteta, kun ulkolämpötila on 1400 astetta.

304LstainlesssteelmeshisverysimilartoT-304,thedifferenceisthatthecarboncontentisreduced,whichismoreconducivetoweavingandre-welding.

316stainlesssteelmeshcanbestabilizedbyadding2%molybdenum.T-316isan"18-8"alloy.Itislesspronetocorrosionthanotherchromium-nickelstainlesssteelsinsaltwater,sulphurwaterorinhalogensalts.Forexample,chlorideisanobviousexample.ThemostvaluablefeatureofT-316isthatithasstrongercreepresistanceatrisingtemperatures.OthermechanicalandstructuralfeaturesarethesameasT-304.

316LstainlesssteelmeshisverysimilartoT-316,thedifferenceisthatthecarboncontentisreduced,whichismoreconducivetoweavingandre-welding.

Usage:Becausestainlesssteelhasthepropertiesofacidresistance,alkaliresistance,abrasionresistance,temperatureresistance,etc.,itisoftenusedforscreening(screen)andfiltering(screen)underacidandalkalienvironmentalconditions.Itisusedasmudinthepetroleumindustry.Mesh,chemicalfiberindustryasascreenfilter,electroplatingindustryasapicklingmesh

suodatinelementti

Kuten nimestä voi päätellä, tarkkuussuodatinelementti on suodattimen sydän. Suodatinelementtiä käytetään yleensä öljyn- ja vedensuodatukseen. Suodatus-, ilmansuodatus- ja muilla suodatusaloilla.

1.Theairpermeabilityoftheprecisionfilterelement:thefilterelementadoptsthestronghydrophobicandoleophobicfiberfiltermaterialoftheUnitedStates,andadoptsaframeworkwithgoodpermeabilityandhighstrengthtoreducetheresistancecausedbypassing.

2.Thehighefficiencyoftheprecisionfilterelement:thefilterelementadoptsthefine-openingspongeofGermany,whichcaneffectivelypreventtheoilandwaterfrombeingentrainedbythehigh-speedairflow,sothatthesmalloildropletsthatpassdowntheroadgatheratthelowerendofthefilterelementspongeandarearrangedsidebysideThebottomofthefiltercontainer.

3.Theairtightnessoftheprecisionfilterelement:areliablesealingringisusedatthejunctionofthefilterelementandthefilterhousingtoensurethattheairflowisnotshort-circuitedandpreventimpuritiesfromdirectlyenteringthedownstreamwithoutpassingthroughthefilterelement.

4.Anti-corrosionofprecisionfilterelement:Thefilterelementadoptsanti-corrosionreinforcednylonendcapandanti-corrosionfilterelementframe,whichcanbeusedinharshworkingconditions.