I-TF-201G polymerization yezinga eliphezulu Ilangatye elithintela i-ammonium polyphosphate
Intshayelelo
Intshayelelo: TF201G Ukusebenza Kakhulu I-Organosilicon-derived Ammonium Polyphosphate Flame Retardant Intshayelelo kunye neSicelo I-Organosilicon-derived ammonium polyphosphate flame retardant luhlobo lwe-flame retardant. Imodeli yemveliso i-TF201 inamandla amahle okuthintela umlilo kunye nokumelana nobushushu, kwaye inokwenziwa ngokubanzi. Vavanya iiplastiki ezahlukeneyo, iirabha, iingubo, izincamathelisi kunye nokunye. Izinto eziphambili ze-organosilicon-modified ammonium polyphosphate flame retardant yi-ammonium polyphosphate (PZA) kunye ne-organosilicon agent. I-Ammonium polyphosphate luhlobo olutsha lwe-ammonium polyphosphate. I-nitrogen-phosphorus flame retardant esebenzayo inokukhuthaza ioksijini kwigesi yokutsha ngokukhupha inani elikhulu le-nitrogen kwinkqubo, ukunciphisa isantya kunye nobushushu bempendulo yokutsha, kunye nokusasaza ngempumelelo idayi ye-fluorescent kunye nokutshisa izinto. I-organosilicon combustion agent ingeniswa kwi-ammonium polyphosphate yi-organosilicon compound, ukuze ibe nokuzinza okungcono kobushushu kunye nokumelana nobushushu. I-ammonium polyphosphate ethathwe kwi-Organosilicon akulula ukuyibolisa xa kushushu kakhulu, kwaye ukusetyenziswa kwe-TF201G type silicone-derived high-efficiency ammonium polyphosphate flame retardant kuneempawu ezilandelayo kunye neenzuzo zesicelo: Ukusebenza kwe-flame retardant: I-TF201G type flame retardant Iarhente inesiphumo esihle se-flame retardant, inokuthintela ngokufanelekileyo ukutsha kwezinto ze-flame retardant ezithintela ubushushu, inciphise isantya sokusasazeka kwe-flame, inciphise ukuveliswa komsi, kwaye iphucule umgangatho wezinto ze-flame retardant. Ukumelana nobushushu okunamandla: I-TF201G type flame retardant inokugcina uzinzo oluhle xa kushushu kakhulu, ayilula ukuyiqhawula, inokugcina isiphumo se-flame retardant ixesha elide, kwaye ifanelekile kwiimfuno ze-flame retardant kwiindawo ezishushu kakhulu. Impembelelo encinci kwiimpawu zezinto: I-TF201G flame retardant inokuhambelana okuhle kakhulu, ayizukuba nempembelelo ebonakalayo kwiimpawu zomzimba nezoomatshini zezinto emva kokongeza, kwaye igcina iimpawu zokuqala zezinto. I-TF201G type silicone evolution ammonium polyphosphate. I-fuel isetyenziswa kakhulu kwiiplastiki, irabha, ii-coating, ii-adhesives kunye nezinye iindawo. Kwicandelo leeplastiki, ingongezwa kwii-thermoplastics ezahlukeneyo, ezifana ne-polyethylene, i-polyethylene, i-polyester, njl.njl., ekwenzeni iingcingo kunye neentambo, izixhobo zokwakha, izixhobo ze-aerospace, njl. Kwicandelo lerabha, ingasetyenziselwa ukuvelisa iimveliso zerabha ezithintela umlilo, ezifana neetyhubhu zerabha ezithintela umlilo, izitywino ezithintela umlilo, njl. Kwicandelo lee-coating kunye nee-adhesive, ingongezwa kwii-lame retardants ezisekelwe emanzini. Ukusebenza kokhuseleko oluthintela umlilo, kubandakanya iindawo ezahlukeneyo.
Iimpawu
1. Ukungathandi amanzi okunamandla okuhamba phezu kwamanzi.
2. Ukujikeleza kakuhle komgubo
3. Ukuhambelana okuhle neepolymers kunye neeresini eziphilayo.
Inzuzo: Xa ithelekiswa nesigaba sesiBini se-APP, i-201G inokusasazeka ngcono kwaye ihambelana kakuhle, iphezulu, ukusebenza kwi-retardant yomlilo. Ngaphezu koko, ayinampembelelo ingako kwipropati yoomatshini.
| Inkcazo | TF-201G | TF-201SG |
| Inkangeleko | Umgubo omhlophe | Umgubo omhlophe |
| P2O5Umxholo (w/w) | ≥70% | ≥70% |
| Umxholo ongu-N (w/w) | ≥14% | ≥14% |
| Ubushushu bokubola (TGA, Ukuqalwa) | ＞275 ºC | ＞275 ºC |
| Ukufuma (w/w) | ＜0.5% | ＜0.5% |
| Ubungakanani obuqhelekileyo beParticle D50 | malunga ne-18µm（15-25µm） | ＜12µm |
| Ukunyibilika (g/100ml yamanzi, kwi-25ºC) | ukudada phezu kwamanzi, akulula ukukuvavanya | ukudada phezu kwamanzi, akulula ukukuvavanya |
Isicelo
Isetyenziselwa i-polyolefin, i-Epoxy resin (EP), i-polyester engagcwaliyo (UP), i-PU foam eqinileyo, intambo yerabha, i-intumescent coating, i-textile backing coating, i-powder extinguisher, i-hot melt felt, i-fire retardant fiberboard, njl.njl.
Iimveliso ezinxulumene noko
Iimveliso ezinxulumene noko
