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Izityalo zePetrochemical zidlala indima ebalulekileyo ekuvelisweni koluhlu olubanzi lwemathiriyeli enefuthe kumashishini ahlukeneyo, kwaye enye yeemveliso eziphambili ezizenzayo ziipolima. Iipolymers ziimolekyuli ezinkulu ezibunjwe ziiyunithi eziphinda-phindayo ezibizwa ngokuba ziimonomers.

ISikhokelo seNyathelo ngeNyathelo kwiPolymer Manufacturing kwiPetrochemical 

1. ULungiselelo lweMathiriyeli ekrwada:

Ukuveliswa kweepolymers kuqala ngokutsalwa kunye nokulungiswa kwezinto eziluhlaza ezivela kwishishini lepetrochemical. Izidlo eziqhelekileyo ziquka i-ethylene, ipropylene, kunye nezinye ii-hydrocarbons ezifunyenwe kwi-oyile ekrwada okanye igesi yendalo. Ezi zinto zikrwada zisetyenzwa kakhulu ukuze kuqinisekiswe ukucoceka kwazo kunye nokufaneleka kwepolymerization.

2. Ukwenziwa kwePolymerization:

I-Polymerization yinkqubo engundoqo ekuveliseni iipolymers. Ibandakanya ukuphendulwa kweekhemikhali ze-monomers ukwenza amatyathanga amade okanye amanethiwekhi, ukudala i-polymer structure. Kukho iindlela ezimbini eziphambili zepolymerization: ukudibanisa i-polymerization kunye ne-condensation polymerization.

3. Ukongezwa kwePolymerization:

Kule nkqubo, ii-monomers ezine-double bond ezingaxutywanga, ezifana ne-ethylene okanye i-propylene, zingena kwi-chain reactions ukwenza iipolymers.

I-catalyst, ngokuqhelekileyo ikhompawundi yentsimbi yenguqu, iququzelela ukusabela kwaye ilawule ubunzima bemolekyuli yepolymer.

4. I-Condensation Polymerization:

Iimonomers ezinamaqela ahlukeneyo asebenzayo zisabela, zikhupha i-molecule encinci (njengamanzi) njenge-byproduct.

Le nkqubo isetyenziselwa ukuvelisa iipholima ezifana neepolyester kunye nenayiloni.

5. Ukwahlula kunye nokuCoca:

Emva kwepolymerization, umxube uqulethe ipolymer efunwayo kunye neemonomers ezingaphendulwanga, iintsalela zecatalyst, kunye neeproducts. Ukwahlula kunye nokuhlanjululwa kwamanyathelo, afana ne-distillation, imvula, kunye ne-filtration, isetyenziselwa ukwahlula kunye nokucoca i-polymer.

6. Izongezo kunye noHlengahlengiso:

Iipolymers zihlala zisetyenzwa ngakumbi ukuphucula iipropathi zazo. Izityalo zePetrochemical zinokubandakanya izongezo ezahlukahlukeneyo, ezifana nezinzisi, iiplastiki, kunye nemibala, ukuguqula iimpawu zepolymer, ukuphucula ukuzinza, kunye nokuhlangabezana neemfuno ezithile zesicelo.

7. Ukubunjwa kunye nokuBunjwa:

Nje ukuba i-polymer ihlanjululwe kwaye iguqulwe, ingena kwiinkqubo zokubumba ukufezekisa iifom zemveliso ezifunwayo. Iindlela eziqhelekileyo zokubunjwa ziquka i-extrusion, i-injection molding, kunye nokubunjwa kokuvuthela. Ezi nkqubo zivumela ukudala uluhlu olubanzi lweemveliso zepolymer, ukusuka kwiibhotile zeplastiki ukuya kwiifiber kunye neefilimu.

Ukuqhubela phambili kwiiNkqubo zePetrochemical: Indima yePolymer Processing Additives

Kumhlaba osoloko uvela wetekhnoloji yepetrochemical, apho iimfuno zeemveliso zeplastiki zisanda, izityalo ezinkulu zepetrochemical zisebenzisa iindlela ezintsha zokuhlangabezana neemfuno ezikhulayo. Olunye olo phuhliso lubalulekileyo lubandakanya ukudityaniswa kwePolymer Processing Additives (PPA) kwinkqubo yepolymer powder granulation. Oku kudityaniswa kobuchule kujolise ekuphuculeni ukusebenza kakuhle kwegranulation kunye nokunyusa ukusebenza kwesixhobo sokugqibela, ukulungisa imfuno ekhulayo yeemveliso zeplastiki ezikumgangatho ophezulu kuwo wonke amashishini ahlukeneyo.

Ukusetyenziswa kwe-3M PFAS Polymer Process Additive (PPA), i-KYNAR® PPA i-polyolefin yokuncedisa i-polyolefin ibe yinto eqhelekileyo kwi-Petroleum kunye ne-Chemical industry

Nangona kunjalo, ngenxa yempilo enokubakho kunye nemingcipheko yokusingqongileyo ehambelana nePFAS. Ngaphaya koko, izityalo zepetrochemical ziye zamkela ngakumbi iindlela zokusingqongileyo kwimveliso yepolymer, zizama ukunciphisa inkunkuma, ukusetyenziswa kwamandla, kunye nokukhutshwayo. I-landscape ye-polymer processing iphantsi kwenguqu eguqukayo.

IKhemistri eluhlaza, Ukuqhawula kwiFluorine PPA

Umdlali ophawulekayo kule evolution kukuvelaIzongezo zokuLungisa iFluorine yePolymer (iiPPAs), NjengeeNdlela ezizezinye zePPA phantsi koMgaqo wePFAS, ebhengeza ixesha elitsha apho ukugqwesa komsebenzi kuhamba kunye nezenzo ezilungele i-eco-friendly.

I-SILIKE TECH ivela njengamandla oBuchule kunye nesinye isicwangciso. Ngaphaya kwemveliabicah kunye PPA izongezo, inkampani iye yazisa aIPFAS-Simahla iPolymer Processing Aid (PPA), Umzekelo nguSILIMER 5090, OkuFluorine-free PPA MB (Fluorine-Free Polymer Processing Addities)igqame njengesixhobo sokwenza utshintsho.

Okuukuphelisa isisombululo se-fluorineayibonisi nje kuphela ukusebenza kakuhle kunye nokusebenza kodwa ikwaxhasa indlela ezinzileyo kunye ne-eco-friendly ekusetyenzweni kwepolymer.

Njengoko amashishini kwihlabathi jikelele efuna iindlela ezizinzileyo,SILIMER 5090ibonakalisa ukuba sisisombululo esisebenzayo, ngakumbi kucingo kunye nentambo, umbhobho, kunye ne-extrusion yefilimu evuthelweyo.

OkuFluorine-Free PPAisebenza njenge-linchpin ekunciphiseni ukungqubuzana, ukujongana ne-melt fractures, kunye nokulungelelanisa amava okusebenza ngokubanzi.

Ukwengeza,I-PPA engenaFluorine MB SILIMER 5090 Polymer Processing AdditivesFumana isicelo kwiinkqubo ezahlukeneyo zepetrochemical, kubandakanywa kodwa kungaphelelanga apho:

1. Inkqubo yepolymer powder granulation kwizityalo zepetrochemical:I-PPA engenaFluorine MB SILIMER 5090iphucula ukusebenza kakuhle kwegranulation kwaye inegalelo ekusebenzeni kwemathiriyeli yokugqibela. ”

2. Iinkqubo zokuKhulisa:I-PPA engenaFluorine MB SILIMER 5090iphucula iipropathi zokuqukuqela, inciphisa ukwakhiwa kokufa, kwaye iphucula ukusebenza kakuhle kwe-extrusion ngokubanzi.

3. Imisebenzi yokubumba:I-PPA engenaFluorine MB SILIMER 5090igalelo ekuphuculweni kokukhutshwa komngundo, ukunciphisa iziphene kunye nokuqinisekisa ukuveliswa kweemveliso ezibunjiweyo ezikumgangatho ophezulu.

4. Ukuveliswa kweFilimu kunye nePhepha:I-PPA engenaFluorine MB SILIMER 5090inceda ekufezekiseni ubukhulu obufanayo kunye nomgangatho womphezulu kwimveliso yeefilimu zepolymer kunye namaphepha.

Kwabo bafunaphelisa izongezo ezisekelwe kwi-fluorine and transition to a more sustainable future, SILIKE TECH invites collaboration. Interested parties can reach out to Chengdu Silike Technology Co., LTD via email at amy.wang@silike.cn or explore detailed information on their offerings at www.siliketech.com.