Sodium Nitrite

• Category :

  Inorganic chemicals

• Synonyms :

  Sodium nitrite,food grade;

• CAS NO :

  7632-00-0

• EC NO :

  231-555-9

• Molecular Formula :

  NaNO₂

• Molecular Weight :

  68.9953

• Main Specifications :

• InChI :

  InChI=1/HNO2.Na/c2-1-3;/h(H,2,3);/q;+1/p-1

• Product description :

  

  Molecular Formula:  NaNO2
  CAS NO.: 7632-00-0
  HS Code： 2834100000
  UN No. ： 1500
  Hazard category ： 5.1
  EINECS No. ： 231 -555-9

  Property:  White or a little buff fine crystal. The relative molecular weight is 69.0 and density is 2.168. It’s no smell and a little saline taste, easy to be deliquescence and to dissolve in water. The melting point is 271℃ and decomposition temperature is 320℃. It has the strong oxidizing property, as well as reducing property.

  Usage: This product is mainly used as raw material for manufacturing nitro compounds, azo dyes, etc., as mordant and bleach for fabric dyeing, as well as metal heat treatment agent, electroplating corrosion inhibitor, and as instrument disinfection and antiseptic in medicine. Cement early strength agent, antifreeze, etc. It is mainly used in pharmaceutical and chemical industries.

  ITEM	Best quality	First quality	Qualified quality
  Content of sodium nitrite（calculated by dry base) %≥	99.0	99.0	98.5
  Moisture    %≤	1.2	1.4	2.0
  Content of chloride(NaCl)（calculated by dry base) %≤	0.10	0.17	- -
  Content of insolubles in water（calculated by dry base) %≤	0.05	0.05	0.10
  Content of sodium nitrate（calculated by dry base) %≤	0.08	0.8	1.0
  Apperance of product	White fine crystal
  Package and Trade mark	By woven plastic bag out , and white plastic bag inner

  Notice:

  (1)   This product shall be stored in the place where keep ventilation and dry against rain, heated and insolation under sunlight.

  (2)   This product shall not be delivered or stored together with strong reducing agent, inflammable and detonatable substances, foods, feed, and additives.

  (3)   This product is venomousness. Please keep it safely. Don’t eat it mistakenly.

• Molecular Structure :