High purity 99.2% phosphorus pentoxide P2O5

• Post Date:

  Aug 10,2017

• Expiry Date:

  Feb 06,2018

• Detailed Description:

  Cas No. :1314-56-3 Phosphorous Pentoxide
  1, Item: Phosphorus pentoxide
  2, Annual Capacity: 8000MT
  3, CAS No.: 1314-56-3
  4, Molecular Formula: P2O5
  5, Molecular Weight: 141.94
  
  6, IMDG classification and No. :
  GB8.1 grade 81063. Original iron regulation: an inorganic acid corrosive goods, 91034, UN NO.:1807. IMDG CODE 8198 pages, 8 grade.
  7, Dangerous property:
  Incombustible material. It can make heavy smoke and heat with water. Its vapour and dust is corrosive to skin, eyes, mucosa and respiratory system. Even 1mg/m3 of its dust is unbearable for human being.
  8, Application:
  Phosphorus pentoxide is common material in chemical industry，it is widely used in pharmaceuticals, paint additives, dyes additives, anti-static electric agents, phosphorus oxychloride, etc. Also as gas and liquid desiccant, dehydrating agent in organic synthesis, and preparation of organic phosphate.
  9, Specification (GB/T 2305-2000):
  Item Industrial grade (Standard)
  Appearance White powder
  Purity ≥ 99.0%
  
  10, Packing: 25kg plastic woven bag, 50kg paper drum, 200kg steel drum, or as per buyer’s request..

• CAS Registry Number:

  1314-56-3

• Synonyms:

  ;Phosphoric anhydride;Phosphorus(V) oxide;phosphorus pentoxidedessicant;Phosphorous Pentoxide;Phosphorus pentoxide 99+ % for analysis;diphosphorus pentaoxide;PhosphorusVoxideACSwhitepowder;Phosphorusoxidewhitepowder;Phosphoric Pentoxide;P2O5;tricyclo[3.3.1.1~3,7~]tetraphosphoxane 1,3,5,7-tetraoxide;1,3-dioxodiphosphoxane-1,3-diium-1,3-diolate;Phosphorus(Ⅴ)oxide;Phosphorous Pentoxide (P2O5);

• Molecular Formula:

  P₂O₅

• Molecular Weight:

  141.9445

• Molecular Structure:

  

• Hazard Symbols:

   C:Corrosive;
  

• Risk Codes:

  R35:;
  

• Safety Description:

  S22:;
  S26:;
  S45:;
  

• Company:

  YICHANG LIUSHUGOU IMPORT&EXPORT CO.,LTD     [ China ]        

• Contact:

  Javin Xie

• Tel:

  +86-7177879339

• Fax:

  +86-7177879339

• Email:

  lsgchem1987@hotmail.com