Sodium Hypophosphite In Shanghai

MOQ300 Kilogram Kilogram Kilograms/Kilograms

CAS No10039-56-2

GradeIndustrial and electronic

TypeOther

AppearanceWhite cystal

Purity(%)99.99%

Product DescriptionWe are engaged in manufacturing and exporting excellent quality Sodium Hypophosphite SHPP 10039-56-2 to our valuable clients. 1. Appearance and properties: White crystalline hydroscopic and deliquescent easily soluble in water and alcohol. 2. Usage: Mainly used as the reductant for chemical platin

Product DescriptionOur range of Sodium Hypophosphite available with following specification:- Full Name: Sodium Hypophosphite Abbreviation: SHPP / HYPO Structural Formula: NaH2PO2.H2O CAS Number: #10039-56-2 Quality and Characteristic: White crystal with no clumps be able to absorb moisture and be soluted in water. I

Product DescriptionWe are involved in offering an excellent quality range of Sodium Hypophosphite (SHPP102%) which are available with following specifications:-\015\012Chemical Name: Sodium Hypophosphite (SHP102%) Sodium Polyphosophate SHPP/ HYPO \015\012Molecular Formula: NaH2PO2\015\012CAS No.: 10039-56-2\015\012

Product Descriptionformula : NaH2PO2.2H2O \015\012molecular weight : 105.99 \015\012Chinese name : sodium hypophosphite; Meeting sodium; Meeting NaH2PO4 b _ English title : Phosphinic acid sodium salt; Sodium hypophosphite; hypophosphorous acid monosodium salt; monosodium hypophosphite; natriumhypophosphit

CAS No10039-56-2

TypeIndustrial Lab Chemicals

AppearancePowder

Purity(%)99

CAS No10039-56-2

GradeIndustrial Grade

AppearanceWhite Crystal

Purity(%)102%

MOQ100 Kilograms/Kilograms

Melting Point100af

CAS No7681-53-0

IngredientsSodium Hypophosphite

PropertiesPhysical properties: Colourless monoclinic crystal pearlescent crystal or white crystal powder odourless salty taste relative molecular mass is 105.99 relative density is 1.388 melting point is 26.5AdegC.Chemical properties: A strong reducing agent that can reduce salts of gold silver mercury nickel chromium cobalt etc. to their metallic state. Under normal pressure heating and evaporating sodium hypophosphite solution will explode so evaporation should be carried out under reduced pressure.Stability: It is relatively stable when stored in a dry state. When heated above 200AdegC it quickly decomposes into Na4P2O7 and NaPO3 and releases self-igniting and toxic phosphine (PH3) gas; it will explode when exposed to strong heat and will explode when mixed with potassium chlorate or other oxidants.

Applicationfood

Product TypeInorganic Phosphorus Compounds