Imakethi yokuhluza lelinye lamacandelo akhula ngokukhawuleza kwishishini lelaphu elingalukwanga. Imfuno ekhulayo yomoya ococekileyo kunye namanzi okusela kubathengi, kunye nemithetho eqiniweyo kwihlabathi liphela, zezona zinto ziqhuba ukukhula kwemarike yokucoca. Abavelisi bemithombo yeendaba zokucoca bagxile kuphuhliso lwemveliso entsha, utyalo-mali, kunye nokukhula kwiimarike ezintsha ukugcina umda ohamba phambili kule ntsimi ibalulekileyo i-nonwoven.
Product Innovation
IBondex lilungu le-Andrew Industries, inkampani yezizwe ngezizwe ekomkhulu eUnited Kingdom. UBrian Lite, uSekela Mongameli oPhezulu weNtengiso kunye neNtengiso kwinkampani, wathi inkampani yabazali bakaBondex ibisoloko ijonga ishishini lokuhluza njengemarike yobuchule, njengoko iimfuno zobuchwepheshe kunye nezorhwebo kulo mmandla zihambelana nobuchule obuphambili bukaAndrew Inusties kumgangatho, inkonzo, kunye nokutsha, kwaye zombini iBondex kunye noAndrew bangqina ukukhula kule ndawo.
Ngokukhula okuqhubekayo kwishishini lemveliso, imakethi ifuna imidiya yokucoca yokusebenza ephezulu, into eyimfuneko ukuhlangabezana nemithetho yokukhupha kunye neenjongo zemveliso ephezulu, "itshilo i-IE." Ukufezekisa le bhalansi phakathi kokusebenza kakuhle kokucoca kunye nemveliso yefektri kuqhuba ukukhula kwemithombo yeendaba yokucoca kunye nezixhobo ezintsha.
Ubutsha bamva nje beBondex kukusetyenziswa kweteknoloji yenkqubo eyodwa ukuvelisa iimveliso zeHydrolox kunye neHydrodrl0x HCE. IHydrolox ithatha i-ultra-high entanglement hydraulic entanglement, eluhlobo olutsha lwesihluzi samandla aphezulu esivakeleyo. Ubungakanani bepore buhle kunenaliti, kwaye xa kuthelekiswa nesihluzo esele sikhona, inokuhluza okuphezulu. Kwangaxeshanye, i-Bondex idibanisa iteknoloji yenkqubo yayo kunye ne-ultrafine fibers kunye ne-split fibers ukuphuhlisa i-Hydrol0x HCE, emele "ubuchule obuphezulu bokuqokelela" kwaye inokufikelela ekusebenzeni kakuhle kokucoca njengenaliti elaminethiweyo. I-Bondex iqalise i-Hydrolox kwi-2017 kwaye yandisa i-portfolio yemveliso ye-Hydrolox ngaphaya kwe-aramid, i-polycarbonate, kunye ne-PPS, ngoku iquka i-PTFE blends (eya kuthengiswa ngokuwa). Silindele ukuba imveliso yeHydr0l0x HCE ye-aramid/PTFE ibonelele ngokucokisekileyo ngokufaniswa nokugquma ifilimu, iyenze ifaneleke kwizicelo ezahlukeneyo apho ukusebenza kakuhle kohluzo lwenaliti egqunywe ngefilimu kungachaphazeleka,” utshilo uLitte.
I-Bondex ikwaphuhlise imveliso ye-polyester ye-Hydrolox ukuhlangabezana nemfuno ekhulayo yemarike yemithombo yeendaba yokucoca.
Siyaqonda ukuba imfuno yentengiso yokusebenza okuphezulu kokucoca ihlala ikhula, ke siye sayila iHydrol0x ukuhlangabezana nezi mfuno ngaphandle kokuncama ukuphefumla, “ucacisile uLile.” Njengoko imfuno yoshishino iqhubeka nokutshintsha, imakethi yokuhluza idinga iinkampani ezinokuphuhlisa izisombululo ezitsha zokufezekisa ukukhula. Iimveliso zethu zeHydrodr0lox zinokubonelela ngezisombululo zexabiso eliphezulu kwaba bathengi bacela umngeni“
Nika ingqalelo umgangatho womoya wangaphakathi
Abantu baya beqonda ngakumbi ukuba uthuli, ukungunda, ungcoliseko, iibhaktheriya, kunye nezinto ezinokuthi zenzeke kumoya wangaphakathi zinokubeka uluhlu lwemingcipheko yezempilo, eqhuba ukukhula okuqhubekayo kwemarike yokucoca. Ehlabathini lonke, siyaqhubeka nokubona umdla okhulayo wokuphucula impilo kunye nemveliso, kunye nokuqonda okukhulayo ukuba ixesha elichithwa kwiindawo zokusebenza, ezikolweni, kunye neendawo zangaphakathi zoluntu zinokuchaphazela impilo yabantu kunye nemveliso, "utshilo uJuniana Khou, uMphathi weNtengiso eKimbent Clark Professional." Izihluzi zomoya ezinesuntswana eliphezulu lokubamba ngokufanelekileyo, ngakumbi amasuntswana e-submicron, zibalulekile ekufezekiseni umgangatho womoya wangaphakathi (IAQ) kunye nokunceda abahlali kwizakhiwo baphephe iingozi zempilo ezinxulumeneyo”
UKimberly Clark unikezela ngoluhlu lwemithombo yeendaba yokucoca umoya. Phakathi kwabo, i-tarpaulin ephezulu e-Intrepideendaba ezimbini spunbondiqhele ukusetyenziswa kwizihluzi zamaza, izihluzi zengxowa, kunye nezihluzo ezingahluliyo (ukusuka kwi-MERV7 ukuya kwi-MERV15), kwaye zinokusetyenziswa kwiinkqubo ze-HVAC zorhwebo neziko; Imithombo yeendaba ye-porosity ephantsi idla ngokusetyenziswa kwizicelo ezishwabeneyo eziqinileyo, kubandakanya izihluzi zemoto kunye nezicoci zomoya.
Imithombo yeendaba yokucoca umoya kaKimberly Clark ihlangabezana neemfuno zokuphucula umgangatho womoya wangaphakathi kunye nokunciphisa ukusetyenziswa/iindleko zamandla, "utshilo uKhour." Isitshixo sokuhlangabezana nezi mfuno yintlawulo ye-electrostatic ye-non-woven filtration media, ebonelela ngokucokisekileyo kokuqala kunye nokugcinwa kokusebenza kakuhle kwamasuntswana kunye nokumelana nokuhamba komoya okuphantsi.
UKimberly Clark usungula iprojekthi entsha yorhwebo - Iqela leSombululo, liqela leengcaphephe ezinokusebenzisana kunye nabathengi ukubanceda baphuhlise izihluzi ezigqwesileyo ukuze bafumane inzuzo yokhuphiswano. Xa umthengi efaka isicelo seSquad Squad, silungiselela ukubonisana ngefowuni ngaphakathi kweeyure ezingama-24 ukuze sifunde ngakumbi malunga noyilo lokucoca, ukucaciswa kokusebenza, kunye neenkqubo zokuvelisa, "utshilo uKhoun.
Ngaphandle kokhuphiswano oluqatha kwimarike yokucoca, isenomtsalane kakhulu kuKimberly Clark. UKimberly Clark akakwazi ukubonelela ngeemveliso ezigqwesileyo kuphela ukomeleza inzuzo yokukhuphisana kwabavelisi bokucoca, kodwa ukwabonelela ngenkxaso njengeqabane lokwenyani kuba siyazi ukuba singabanceda njani baphumelele emarikeni, “utshilo uKhouri.
Ukufunyanwa okutsha
I-Lydal / iNkampani isanda kuzuza ishishini lokucoca oluchanekileyo lwe-Precision Custom Coatings (PCC). I-PCC Precision Filtration Business ngumboneleli weprimiyamu yomgangatho ophezulu weendaba zokucoca umoya, ngokuyintloko ubonelela ngeemveliso ukusuka kwi-MERV7 ukuya kwi-MERV11 kwiimarike zorhwebo kunye neendawo zokuhlala ze-HVAC. Ngale nto yokufumana, iLydal inokubonelela abathengi ngoluhlu olupheleleyo lwemidiya yokucoca umoya, ukusuka kwi-MERV7 engasebenziyo ukuya kwi-ULPA ephezulu. Ukongeza, oku kufunyanwa konyusa ngakumbi ukuguquguquka kweLydal kwimveliso, ukucwangcisa, kunye nokuhanjiswa, okuyenza ibonelele ngeenkonzo ezingcono kubathengi abatsha nabasele bekho.
Sivuya kakhulu ukufumana ishishini lokuhluza le-PCC njengoko lihambelana ngokupheleleyo nesicwangciso sethu sokuqhubeka nokomeleza iimveliso ezikumgangatho ophezulu ezixabisa abathengi kwindawo yokuhluza, "utshilo uPaul Marol, uMongameli weLydalPeriodic Materials.
I-Lydali igxile kutyalo-mali iminyaka. Inkampani isandula ukufumana i-Interface Performance Materials, umboneleli wesisombululo sokutywina. Ngo-2016, iLydal yafumana umenzi wenaliti yaseJamani i-MGF Guische kunye nomvelisi wenaliti yaseCanada ehlatywe ngenqindi uTexel. Ngaphambi koku, iye yafumana ishishini lokucoca iingxowa zika-Andrew Industies ngo-2015.
Yandisa kwiimarike ezintsha
Ukusukela ekusekweni kwayo ngo-1941, umthengisi wecandelo lezemoto uMann+Hummel wenze igalelo elibalulekileyo kuphuhliso lwetekhnoloji yokucoca. Inkampani ngoku ibonelela ngeenkqubo ezahlukeneyo zokuhluza, kubandakanya iisistim ze-OEM zemoto kunye namalungu, iimveliso zentengiso yasemva kweemoto, izihluzi zamashishini, kunye neemveliso zokuhluza amanzi. UMiriam Teige, uMphathi wezoNxibelelwano lweNkampani, uthe injongo yabo kukufuna iimarike ezintsha ezizimeleyo kushishino lweemoto – malunga ne-90% yeshishini lale nkampani ngoku linxulunyaniswa neenjini zokutsha zangaphakathi kunye neenkalo ezinxulumeneyo.
UMann+Hummel ufezekisa le njongo ngokudityaniswa kunye nokufumana ngaphandle kweshishini leemoto, kubandakanya ukufunyanwa kweshishini lokuhluza lokwakha likaTri Sim Fite. UMann+Hummel ugqibe ukufunyanwa kwenkampani yokucoca umoya iT-Dim ekupheleni kuka-Agasti. Oku kokugqibela kugxininise ekuhluzweni komoya kwizicelo ezahlukeneyo zorhwebo kunye nezoshishino, kubandakanywa nezibhedlele, izikolo, iifektri zemoto kunye neevenkile zepeyinti, amaziko edatha, izixhobo zokutya kunye neziselo, kunye neendawo ezininzi zorhwebo. UMann+Humme uzibophelele ekwandiseni ishishini lakhe lokuhluza umoya namanzi, ngoko ke sichulumancile kakhulu ukujoyina iqela likaTi Dim, “watsho uH à kan Ekberg, uSekela Mongameli weMann+Hummel's Life Sciences and Environment Business Unit.
Eli nyathelo libonisa ukuzibophelela kwethu okuqhubekayo ekuyilweni kwemveliso, inkonzo yabathengi, kunye nokukhula, "utshilo uTeige." Sikwanethemba lokusebenzisa ngokupheleleyo iMann+Humme! Amava asebenzayo ekusebenzeni, ukuhanjiswa, kunye neenkqubo zolungiselelo zibonelela nge-Tri Sim ngezondlo zokukhula ngokukhawuleza. ”
Ukubona amathuba okukhula
Ezinye zezinto eziphambili ezichaphazela imakethi yokucoca kunye nokukhuthaza ukukhula okuzinzileyo kubandakanya uphuhliso lwezixeko ezikhulu, ukwanda kwenani lezithuthi ezindleleni, kunye nemithetho engqongqo kumgangatho womoya wangaphakathi. UPeter Reich, uSekela Mlawuli weNtengiso yeeMveliso zoHlulo lweSandler, wathi ezi zifuna izisombululo zemveliso entsha. Ngokukodwa, wongeze ukuba iimfuno ezingqongqo zomgangatho womoya wangaphakathi zizise nemigangatho emitsha yamazwe ngamazwe yokusebenza kohluzo, njengomgangatho we-ISO 16890. Uphuhliso lwemveliso kwishishini lokucoca lusabela kolu tshintsho. Imithombo yeendaba zokucoca kufuneka ibonelele ngokusebenza okuphezulu kokucoca kunye nokusebenza kakuhle kwamandla, "wachaza. Kule marike, uphuhliso oluqhubekayo lwendlela yokucoca imidiya yokwenziwa ngokupheleleyo idale amathuba okukhula ongezelelweyo kuSandler.
USandler uphuhlisa kwaye avelise imidiya yokwenziwa yokucoca usetyenziso lweHVAC, ishishini lezothutho, iingxowa zokucoca ufumfu, kunye nezihluzo ezikhethekileyo ezilungiselelwe ukuhluza ulwelo kunye nezicelo zonyango kunye nococeko. Uluhlu lwemveliso lubandakanya amalaphu e-fiber angeyo-elukiweyo kunye nemithombo yeendaba yokucoca enyibilikayo, efanelekileyo kwi-G1-E11MERV1-16 yohluzo lwebakala, kunye nawo onke amanqanaba asebenzayo e-IS016890. Ibhegi yeSandle kunye nemithombo yeendaba yokucoca yenziwe nge-ultrafine fibers kwaye isebenzisa ii-submicron fibers, ezikhokelela kwindawo enkulu yangaphakathi enceda ukuphucula ukusebenza kakuhle kokubekwa koomatshini. Badibanisa ukusebenza kwexesha elide lokuhluza kunye nobomi benkonzo ende, "utshilo uReich.
Impumelelo yayo yamva nje yophuhliso kusetyenziso lwesihluzi semidiya ye-carbon filters esebenzayo. Ngoncedo lwale mijelo yokucoca, ukusebenza kwezihlungi zekhabhoni ezisebenzayo zinokudibaniswa kunye neyona nto ilungileyo yokucoca i-particle ye-Haobu media engalukwanga kwimveliso ehlala ixesha elide, engasetyenziselwa ukuhluzwa komoya kwizithuthi. UReich wongeze ukuba ukuhluza bekusoloko kuyiyunithi yeshishini elibalulekileyo kuSandler, kwaye njengazo zonke iimarike ezicandiweyo, basebenza ngokusondeleyo nabathengi ukuphuhlisa iimveliso ezintsha. Lilonke, ishishini lokuhluza linemfuno enkulu yokwenza izinto ezintsha.
Uphuhliso lwemveliso luhlala luqhubeka, kwaye imilinganiselo emitsha kunye nemigangatho iyatshintsha imarike, "watsho." Ukunikezelwa kwemithetho emitsha kunye nemiba yokusingqongileyo, ukubaluleka koshishino lokuhluza kunokunyuka imihla ngemihla. Iindlela eziphambili ezifana neenqwelo zombane kunye nabadlali abatsha abavela kwimimandla efana neTshayina bazise amandla okukhula okutsha kunye nemingeni kule ntengiso. ”
Imigangatho emitsha, imingeni emitsha
Kwimarike yokucoca umoya, iQela laseJamani leTWE libonelela ngoluhlu lwemithombo yeendaba zokucoca. Ngokuphehlelelwa komgangatho omtsha we-IS0 16890, imarike ifuna i-100% yeendaba zokwenziwa ngobuchule obuphezulu bokuhluza, "utshilo uMarcel Boersma, uMphathi weNtengiso yoShicilelo loMoya kwi-TWE Group. Isebe le-R&D le-TWE lisebenza nzima ukufezekisa le njongo kwaye liza kukhupha iimveliso ezintsha kwikota yesithathu ka-2019.
Ngezi mveliso zintsha, siya kukwazi ukubamba amathuba amaninzi emarikeni ngelixa songeza ixabiso, “iBoersma yacacisa.” I-Fiberglass inesithethe eside kwishishini lokuhluza, kodwa sikholelwa ukuba i-synthetic fiber based filtration media iya kuba nefuthe elingcono kwimpilo yabo basebenzisa imidiya kwaye bayiqhube kwiifilitha ezipheleleyo. Impumelelo yamva nje ye-TWE kwimarike yokucoca ulwelo yiParavet evo, eyimveliso entsha kumgca wemveliso yeParavet. Ezi mveliso zenziwe ngomxube wefiber wepolyester kunye ne-micro polyester fibers ngokubeka umnqamlezo kunye nokuphonswa kwe-hydraulic. Ngenxa yokusetyenziswa komxube omtsha wefayibha, ukusebenza kakuhle kokwahlula kunokufezekiswa. Ingasetyenziswa kwiinkalo ezahlukeneyo zesicelo ezifana nokusetyenzwa kwesinyithi, iimoto, iintsimbi zokusila, umzobo wengcingo, kunye nokuveliswa kwezixhobo.
I-Boersma ikholelwa ekubeni amandla okukhula kwimarike yokuhluza makhulu kakhulu. Injongo yethu kukuba sibe liqabane elibalulekileyo kubathengi bethu. Ngoluhlu olwahlukeneyo lwabathengi, imarike yokukhangela igcwele imingeni, kwaye siyavuya ukwamkela imingeni enjalo.
(Umthombo: Ulwazi lweJung Nonwovens)
Dongguan Liansheng Non woven Technology Co., Ltd.yasekwa ngoMeyi 2020. Lishishini elikhulu lemveliso yelaphu elingalukiweyo elidibanisa uphando nophuhliso, imveliso, kunye neentengiso. Inokuvelisa imibala eyahlukeneyo ye-PP spunbond amalaphu angalukwanga kunye nobubanzi obungaphantsi kwe-3.2 yeemitha ukusuka kwi-9 grams ukuya kwi-300 grams.
Ixesha lokuposa: Sep-01-2024