Matexcel Biphasic Ca-P ceramic composite materials CER-0023

Description
A two-phase calcium phosphorus ceramic material can be formed by mixing different ratios of HA and β-TCP or HA/CaSiO3. Compared to single-phase materials, the two-phase composite will make the composite material have the outstanding advantages of any single-phase material. This product will provide a complete system solution based on customer needs. Storage: Store at room temperature Components: HA/β-TCP or HA/CaSiO Purity: Heavy metal: <4ppm As: <1ppm Particle Size: 1-20μm, can be customized according to customer needs
  • Biphasic Ca-P ceramic composite materials - CER-0023 - Matexcel
    Matexcel
Datasheet
Description
A two-phase calcium phosphorus ceramic material can be formed by mixing different ratios of HA and β-TCP or HA/CaSiO3. Compared to single-phase materials, the two-phase composite will make the composite material have the outstanding advantages of any single-phase material. This product will provide a complete system solution based on customer needs. Storage: Store at room temperature Components: HA/β-TCP or HA/CaSiO Purity: Heavy metal: <4ppm As: <1ppm Particle Size: 1-20μm, can be customized according to customer needs
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Biphasic Ca-P ceramic composite materials - CER-0023 - Matexcel
Matexcel
Shirley, NY, United States
Biphasic Ca-P ceramic composite materials
CER-0023
Biphasic Ca-P ceramic composite materials CER-0023
A two-phase calcium phosphorus ceramic material can be formed by mixing different ratios of HA and β-TCP or HA/CaSiO3. Compared to single-phase materials, the two-phase composite will make the composite material have the outstanding advantages of any single-phase material. This product will provide a complete system solution based on customer needs. Storage: Store at room temperature Components: HA/β-TCP or HA/CaSiO Purity: Heavy metal: <4ppm As: <1ppm Particle Size: 1-20μm, can be customized according to customer needs

A two-phase calcium phosphorus ceramic material can be formed by mixing different ratios of HA and β-TCP or HA/CaSiO3. Compared to single-phase materials, the two-phase composite will make the composite material have the outstanding advantages of any single-phase material. This product will provide a complete system solution based on customer needs.

Storage: Store at room temperature

Components: HA/β-TCP or HA/CaSiO

Purity:

Heavy metal: <4ppm
As: <1ppm

Particle Size: 1-20μm, can be customized according to customer needs

Supplier's Site Datasheet

Technical Specifications

  Matexcel
Product Category Industrial Ceramic Materials
Product Number CER-0023
Product Name Biphasic Ca-P ceramic composite materials
Shape / Form Powder, Grain or Grog
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