Hydroxyapatite CAS 1306-06-5 cheap price

CAS:1306-06-5
FORMULA MOLECOLARE:Ca5HO13P3
PESO MOLECOLARE:502.31
ASPETTO:solido Bianco
EINECS:215-145-7

SINONIMI:CALCIUMPHOSPHATE,HYDROXIDEPURIFIED; Idrossiapatite(Calciumhydroxyapatite); Calciumphosphatehydroxide,Durapatite,Idrossiapatite; CALCIUMPHOSPHATE,HYDROXIDEREAGENT; ApatiteHAP; Idrossiapatite,Calciumhydroxyphosphate,Calciumphosphatetribasic,HAp,Idrossiapatite; Idrossiapatite,foranalysis25GR; apatite hydroxy

Hydroxyapatite CAS 1306-06-5 cheap price
Compila questo campo
Inserisci un indirizzo email valido.
Compila questo campo
Compila questo campo
Compila questo campo
Devi accettare i termini per procedere

What is Hydroxyapatite CAS 1306-06-5?

Hydroxyapatite CAS 1306-06-5, abbreviated as HAP, is the most widely used crystalline phase of calcium phosphate. Calcium phosphate is the main mineral component of vertebrate bones and teeth. Among calcium phosphate, hydroxyapatite is the most thermodynamic stable crystalline phase of calcium phosphate in body fluids, which is most similar to the mineral parts of human bones and teeth. The ratio of calcium to phosphorus in hydroxyapatite is influenced by the synthesis method, and its composition is relatively complex without a fixed calcium phosphorus ratio.

Specifica

IoTEM STANDARD
Aspetto Cristallo bianco
Purezza ≥97%
Dimensione media delle Particelle(nm) 20
Metalli pesanti 15ppm max
Perdita all'essiccamento 0.85 %

Applicazione

Hydroxyapatite CAS 1306-06-5 has a wide range of applications in the following fields due to its unique physical and chemical structure: (1) in sewage treatment; (2) Application in remediation of contaminated soil; (3) Application in medicine;

Pacchetto

25kg/bag o i requisiti dei clienti.Diretto contatto con la pelle deve essere evitato

Hydroxyapatite CAS 1306-06-5-package

Hydroxyapatite CAS 1306-06-5 cheap price
Compila questo campo
Inserisci un indirizzo email valido.
Compila questo campo
Compila questo campo
Compila questo campo
Devi accettare i termini per procedere

Si può anche come