4-Éthynyltoluene CAS 766-97-2 Purity > 98,0% (GC) Gambar Unggul

4-Étinyltoluén CAS 766-97-2 Purity> 98,0% (GC)

Katerangan pondok:

Ngaran Kimia: 4-Ethynyltoluene

Sinonim: 1-Ethynyl-4-Methylbenzene;p-Tolylacetylene

CAS: 766-97-2

Kamurnian: > 98,0% (GC)

Penampilan: Teu warnaan kana Cairan Konéng atanapi Padet

Kualitas luhur, Produksi komérsial

E-Mail: alvin@ruifuchem.com

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Katerangan:

Shanghai Ruifu Chemical Co., Ltd. is the leading manufacturer and supplier of 4-Ethynyltoluene (CAS: 766-97-2) 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

Sipat Kimia:

Ngaran Kimia	4-Étinyltoluén
sinonim	1-Éthynyl-4-Metilbénzéna;p-Tolylacetylene
Nomer CAS	766-97-2
Nomer CAT	RF-PI2245
Status saham	Dina Stok, Skala Produksi Nepi ka Ton
Formula Molekul	C9H8
Beurat Molekul	116.16
Titik lebur	21,0 ~ 25,0 ℃
Titik didih	168,0 ~ 170,0 ℃ (lit.)
Kapadetan	0,916 g/mL dina 25 ℃ (lit.)
Kalarutan cai	Teu leyur dina Cai
Hazard	3 Mudah kaduruk
merek	Kimia Ruifu

spésifikasi:

Barang	spésifikasi
Penampilan	Teu warnaan kana Cairan Konéng atanapi Padet
Purity / Métode Analisis	> 98,0% (GC)
Spéktrum Infrabeureum	Conforms kana Struktur
Proton NMR Spéktrum	Conforms kana Struktur
Total Kotoran	<2.00%
Standar tés	Standar Perusahaan

Paket & Panyimpenan:

Bungkusan: Botol Fluorinated, 25kg / Drum, atawa nurutkeun sarat customer urang

Kaayaan Panyimpenan:Simpen dina wadah anu disegel dina tempat anu tiis sareng garing;Ngajaga tina cahaya sareng Uap

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Aplikasi:

4-Ethynyltoluene (CAS: 766-97-2) dipaké dina sintésis produk bis(bicyclic) ku cycloaddition alkuna kana AlN2C2.Panganteur Kristal Cair.Gugus panyalindungan mangpaat (Ph2P(O)) réagen pikeun étin terminal pikeun sintésis alat éléktronik.4-Ethynyltoluene nyaéta sanyawa alkuna terminal-aril.Alkuna aril-terminal mangrupa perantara penting dina sintésis organik.Poliaryl-terminal alkynes, polyaryl-dialkynes and conjugated macromolekul alkuna terminal-aril henteu ngan dipaké dina ubar, péstisida jeung aspék séjén, tapi ogé dina bahan fungsional organik anyar jeung alat éléktronik molekular.Sapertos dioda pemancar cahaya organik, bahan kristal cair, bahan optik nonlinier, mémbran separation gas, kabel molekular, saklar molekular, komputer molekular sareng widang anu sanés gaduh rupa-rupa prospek aplikasi.