(S)-(+)-2-Chlorophenylglycine Métil Éster Tartrate CAS 141109-14-0 Purity > 99,0% Pabrik

Katerangan pondok:

(S)-(+)-2-Chlorophenylglycine Métil Éster Tartrate

CAS: 141109-14-0

Purity:> 99,0% (dina dasar garing)

Penampilan: Bubuk Kristal bodas atanapi Pareum-Bodas

Kualitas luhur, Produksi komérsial

E-Mail: alvin@ruifuchem.com


Rincian produk

Produk patali

Tag produk

Katerangan:

Shanghai Ruifu Chemical Co., Ltd. is the leading manufacturer and supplier of (S)-(+)-2-Chlorophenylglycine Methyl Ester Tartrate (CAS: 141109-14-0) with high quality, commercial production. We can provide Certificate of Analysis (COA), worldwide delivery, small and bulk quantities available, strong after-sale service. Please contact: alvin@ruifuchem.com

Sipat Kimia:

Ngaran Kimia (S)-(+)-2-Chlorophenylglycine Métil Éster Tartrate
sinonim (S)-Metil 2-Amino-2-(2-Klorofenil)asetat Uyah Tartaric
Nomer CAS 141109-14-0
Nomer CAT RF-CC334
Status saham Dina Stok, Skala Produksi Nepi ka Ton
Formula Molekul C9H10ClNO2
Beurat Molekul 199.63
merek Kimia Ruifu

spésifikasi:

Barang spésifikasi
Penampilan Bubuk kristalin bodas atanapi Pareum-Bodas
Purity / Métode Analisis > 99,0% (dina dasar garing)
Rotasi Spésifik [α]20/D +85,0°~+90,0°
Leungitna dina Drying <0,50%
Logam beurat <20ppm
Kajelasan mumpuni
Standar tés Standar Perusahaan
Pamakéan Panganteur Farmasi

Paket & Panyimpenan:

Bungkusan: Botol, kantong Aluminium foil, 25kg / Karton Drum, atawa nurutkeun sarat customer urang

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

Kaunggulan:

1

FAQ:

Aplikasi:

(S)-(+)-2-Chlorophenylglycine Methyl Ester Tartrate (CAS: 141109-14-0) dipaké salaku perantara dina sintésis organik.Éta ogé mangrupikeun perantara atanapi najis Clopidogrel (CAS: 113665-84-2).Clopidogrel diluncurkeun di Amérika Serikat salaku inhibitor agrégasi trombosit anu kuat pikeun pencegahan kajadian iskemia sekundér, kalebet MI, stroke sareng maotna vaskular.

Tulis pesen anjeun di dieu sareng kirimkeun ka kami