Ukusetyenziswa kwetekhnoloji yokugqiba itekhnoloji ephezulu ukunyusa ukusebenza kwelaphu elilukiweyo ukukhusela iimpahla ezilukiweyo kwiimpembelelo ezahlukeneyo zokusingqongileyo, ezinje ngemitha ye-ultraviolet, imozulu erhabaxa, ii-microorganisms okanye iibhaktheriya, ubushushu obuphezulu, iikhemikhali ezinjenge-acids, alkalis, kunye nokunxitywa koomatshini, njl. Inzuzo kunye nexabiso eliphezulu elongeziweyo lempahla yangaphandle esebenzayo idla ngokufunyanwa ngokugqitywa.
1. Itekhnoloji yokwaleka amagwebu
Kubekho uphuhliso olutsha kwitekhnoloji yokugquma amagwebu kutshanje.Uphando lwakutsha nje eIndiya lubonisa ukuba ukumelana nobushushu bezinto ezilukiweyo kufumaneka ikakhulu ngobuninzi bomoya obuvaleleke kwisakhiwo se-porous.Ukuphucula ukuxhathisa ukushisa kweempahla ezifakwe kwi-polyvinyl chloride (PVC) kunye ne-polyurethane (PU), kuyimfuneko kuphela ukongeza i-agent ethile e-foaming kwi-coating formulation.I-arhente yogwebu isebenze ngakumbi kune-PU yokwambathisa.Oku kungenxa yokuba i-arhente yogwebu yenza umaleko womoya ovaliweyo osebenzayo ngakumbi kwi-PVC yokwambathisa, kwaye ilahleko yobushushu bomphezulu osecaleni iyancipha nge-10% -15%.
2. I-Silicone yokugqiba iteknoloji
Eyona nto ingcono yokugquma i-silicone inokunyusa ukuxhathisa kokukrazula kwelaphu ngaphezu kwe-50%.I-silicone elastomer yokwambathisa inokuguquguquka okuphezulu kunye nemodyuli eneelastiki esezantsi, evumela imisonto ukuba ifuduke kwaye yenze imiqulu yelaphu xa ilaphu likrazula.Amandla okukrazula amalaphu aqhelekileyo ahlala ephantsi kunamandla okuqina.Nangona kunjalo, xa kufakwe isambatho, umsonto unokushukunyiswa kwindawo yokwandiswa kokukrazuka, kwaye imisonto emibini okanye ngaphezulu inokutyhalana yenze inyanda kwaye iphucule kakhulu ukuxhathisa ukukrazuka.
3. I-Silicone yokugqiba iteknoloji
Umphezulu wegqabi lelotus ngumgangatho oqhelekileyo we-micro-structured surface, onokuthi uthintele amathontsi angamalwelo ukuba angamanzi ngaphezulu.I-microstructure ivumela umoya ukuba uvaleleke phakathi kwedropha kunye nomphezulu wegqabi lelotus.Igqabi lelotus linempembelelo yendalo yokuzicoca, ekhusela kakhulu.Iziko loPhando oluseMntla Ntshona eJamani lisebenzisa amandla ee-laser ze-UV ukuzama ukulinganisa lo mphezulu.Umphezulu wefiber uphantsi konyango lwe-photonic surface kunye ne-pulsed UV laser (i-laser yelizwe evuyayo) ukuvelisa isakhiwo esiqhelekileyo se-micron-level.
Ukuba iguqulwe kwi-gaseous okanye i-liquid medium medium, unyango lwe-photonic lunokwenziwa ngaxeshanye kunye ne-hydrophobic okanye i-oleophobic finishing.Xa kukho i-perfluoro-4-methyl-2-pentene, inokubophelela kunye neqela le-terminal hydrophobic nge-irradiation.Umsebenzi wophando olongezelelekileyo kukuphucula uburhabaxa bomphezulu wefiber elungisiweyo kangangoko kunokwenzeka kwaye udibanise amaqela afanelekileyo e-hydrophobic/oleophobic ukufumana ukusebenza okuphezulu kokhuselo.Esi siphumo sokuzicoca kunye nesici sokugcinwa okuphantsi ngexesha lokusetyenziswa sinamandla amakhulu okusetyenziswa kwiindwangu eziphezulu.
4. I-teknoloji yokugqiba i-Silicone
Ukugqitywa kwe-antibacterial ekhoyo kunoluhlu olubanzi, kwaye imowudi yayo eyisiseko yesenzo ibandakanya: ukusebenza kunye neembrane zeseli, ukusebenza kwinkqubo ye-metabolism okanye ukusebenza kwizinto eziphambili.Ii-oxidants ezifana ne-acetaldehyde, i-halogens, kunye neeperoxides kuqala zihlasela iiseli ze-microorganisms okanye zingene kwi-cytoplasm ukuze zisebenze kwii-enzymes zazo.Utywala obunamafutha busebenza njenge-coagulant ukuze kungabikho ukuguqulwa kwesakhiwo seprotheni kwii-microorganisms.I-Chitin yinto ephantsi kwaye kulula ukuyifumana i-antibacterial agent.Amaqela e-amino aneprotonated kwintsini anokubophelela kumphezulu weeseli zebhaktiriya ezihlawuliswa kakubi ukuthintela ibhaktheriya.Ezinye iikhompawundi, ezifana ne-halides kunye ne-isotriazine peroxides, zisebenza kakhulu njengee-radicals zamahhala kuba ziqulethe i-electron enye yamahhala.
I-Quaternary ammonium compounds, i-biguanamines, kunye ne-glucosamine ibonisa i-polycationicity ekhethekileyo, i-porosity kunye neempawu zokufunxa.Xa isetyenziswe kwimicu ye-textile, ezi khemikhali ze-antimicrobial zibophelela kwi-membrane yeseli ye-microorganisms, iphula isakhiwo se-oleophobic polysaccharide, kwaye ekugqibeleni ikhokelela ekuhlatyweni kwe-membrane yeseli kunye nokuqhekeka kweseli.I-compound yesilivere isetyenziselwa ngenxa yokuba ukudibanisa kwayo kunokuthintela i-metabolism ye-microorganisms.Nangona kunjalo, isilivere isebenza ngakumbi ngokuchasene neebhaktheriya ezingalunganga kunebhaktheriya ephilileyo, kodwa ingasebenzi kakuhle kwi-fungi.
5. I-Silicone yokugqiba iteknoloji
Ngokunyuka kolwazi lokukhuselwa kwendalo, iindlela zokugqiba i-chlorine equkethe i-anti-felting iyanqandwa kwaye iya kutshintshwa yinkqubo yokugqiba i-non-chlorine.Indlela ye-non-chlorine oxidation, iteknoloji yeplasma kunye nonyango lwe-enzyme yindlela engenakuphepheka yokugqitywa koboya be-anti-felting kwixesha elizayo.
6. I-Silicone yokugqiba iteknoloji
Okwangoku, ukugqitywa kwezinto ezininzi ezisebenzayo kwenza ukuba iimveliso ze-textile zikhule ngendlela enzulu kunye nenqanaba eliphezulu, elingenako ukunqoba kuphela iintsilelo zeempahla ngokwazo, kodwa zinika iimpahla eziguquguqukayo.Ukugqitywa kwe-multifunctional composite yiteknoloji edibanisa imisebenzi emibini okanye ngaphezulu kwi-textile ukuphucula ibakala kunye nexabiso elongezelelweyo lemveliso.
Le teknoloji isetyenziswe ngakumbi nangakumbi ekugqityweni kwekotoni, uboya, isilika, i-chemical fiber, i-composite kunye ne-blended fabrics.
Umzekelo: i-anti-crease kunye ne-non-iron / i-enzyme yokuhlamba i-composite composite finishing, i-anti-crease kunye ne-non-iron / i-decontamination composite composite finishing, i-anti-crease kunye ne-non-iron / i-anti-staining composite yokugqiba, ukwenzela ukuba ilaphu longeze imisebenzi emitsha. ngesiseko se-anti-crease kunye ne-non-iron;Iifayibha ezine-anti-ultraviolet kunye nemisebenzi ye-antibacterial, enokusetyenziswa njengempahla yokuqubha, iimpahla zokunyuka intaba kunye nee-T-shirts;iintsinga ezinobumanzi, ezinobumanzi kunye nemisebenzi ye-antibacterial, zingasetyenziselwa iimpahla zangaphantsi ezikhululekile;babe ne-anti-ultraviolet, i-anti-infrared kunye ne-antibacterial function (epholileyo, i-antibacterial) Uhlobo) i-fiber ingasetyenziselwa i-high-performance sportswear, i-causal wear, njl. Ngelo xesha, ukusetyenziswa kwe-nanomaterials kwi-composite yokugqiba ikotoni ecocekileyo okanye I-cotton / i-chemical fiber blended fabrics enemisebenzi emininzi ikwayindlela yophuhliso lwexesha elizayo.
Ixesha lokuposa: Nov-18-2021