TBAT CAS 163931-61-1 Soflik >97,0% (suvsiz titrlash)
Shanghai Ruifu Chemical Co., Ltd. is the leading manufacturer of Tetrabutylammonium Difluorotriphenylsilicate (TBAT) (CAS: 163931-61-1) with high quality. We can provide COA, worldwide delivery, small and bulk quantities available. If you are interested in this product, please send detailed information includes CAS number, product name, quantity to us. Please contact: alvin@ruifuchem.com
Kimyoviy nomi | Tetrabutilammonium diflorotrifenilsilikat |
Sinonimlar | TBAT;Tetra-n-butilammonium diflorotrifenilsilikat |
CAS raqami | 163931-61-1 |
CAT raqami | RF-PI2228 |
Birja holati | Stokda, ishlab chiqarish hajmi tonnagacha |
Molekulyar formula | C34H51F2NSi |
Molekulyar og'irlik | 539,87 |
Inert gaz ostida saqlang | Inert atmosfera ostida saqlang, Argon |
Sezuvchan | Havoga sezgir, namlikka sezgir |
Eruvchanlik | Ko'pgina organik erituvchilarda eriydi |
Brend | Ruifu kimyoviy |
Element | Texnik xususiyatlari |
Tashqi ko'rinish | Oq kukun yoki qattiq |
Soflik / Tahlil usuli | >97,0% (Suvsiz titrlash) |
Erish nuqtasi | 156,0 ~ 163,0 ℃ |
Elemental tahlil orqali azot | 2,5~2,7% |
Elementar tahlil orqali uglerod | 73,0~78,3% |
Proton NMR spektri | Strukturaga mos keladi |
Sinov standarti | Korxona standarti |
Paket: Shisha, alyuminiy folga sumkasi, 25kg / karton baraban yoki mijozning talabiga binoan
Saqlash holati:Salqin va quruq joyda yopiq idishlarda saqlang;Nur va namlikdan saqlang
Tetrabutilammonium Difluorotrifhenylsilikate (TBAT) (CAS: 163931-61-1) gigroskopik bo'lmagan, organik eruvchan reagent bo'lib, nukleofil ftorlanish va alillanish reaktsiyalarida nukleofil ftorid manbai sifatida ishlatiladi.Tetrabutilammonium Difluorotrifenilsilikat to'rtlamchi ammoniy asosidagi mikroblarga qarshi vosita bo'lib, bakteriostat, deodorant, dezinfektsiyalovchi va (yoki) mikrobiotsid sifatida ishlatiladi.Tetrabutilamonium difluorotrifenilsilikat trifenilsilil floridni tetrabutilammoniy ftorid (TBAF) bilan davolash yoki trifenilsilanni tetrabutilamoniy vodorod diftorid bilan reaksiyaga kirishish orqali tayyorlanadi.