Matexcel Biomedical grade alumina CER-0021

Description
Although alumina is a bio-inert material, it has excellent mechanical properties. It is usually used as a dispersion strengthening phase in medicine. By introducing alumina to improve the mechanical properties of the material, alumina and hydroxyapatite are compounded. In the range of components, both the biological activity of hydroxyapatite and the mechanical properties of the material are maintained. Alumina + hydroxyapatite is expected to be an ideal substitute material for load-bearing bone artificial bone. Storage: Store at room temperature Application: This product can be used to prepare bovine bone powder bioceramics, coatings and composite materials. After sterilization, it can also be used for plastic surgery and cosmetic surgery, dental, repairing bone defects caused by trauma, tumor, inflammation and bone disease. Fusion with bone. This product can be mixed with other bioceramic materials, such as hydroxyapatite, calcium silicate and other powders, to prepare composite bioceramic scaffold materials with different compositions by 3D printing. Components: Al2O3 Purity: >99% Heavy metal: <4ppm As: <1ppm Particle Size: 40nm-100μm, can be customized according to customer needs
Datasheet
Description
Although alumina is a bio-inert material, it has excellent mechanical properties. It is usually used as a dispersion strengthening phase in medicine. By introducing alumina to improve the mechanical properties of the material, alumina and hydroxyapatite are compounded. In the range of components, both the biological activity of hydroxyapatite and the mechanical properties of the material are maintained. Alumina + hydroxyapatite is expected to be an ideal substitute material for load-bearing bone artificial bone. Storage: Store at room temperature Application: This product can be used to prepare bovine bone powder bioceramics, coatings and composite materials. After sterilization, it can also be used for plastic surgery and cosmetic surgery, dental, repairing bone defects caused by trauma, tumor, inflammation and bone disease. Fusion with bone. This product can be mixed with other bioceramic materials, such as hydroxyapatite, calcium silicate and other powders, to prepare composite bioceramic scaffold materials with different compositions by 3D printing. Components: Al2O3 Purity: >99% Heavy metal: <4ppm As: <1ppm Particle Size: 40nm-100μm, can be customized according to customer needs
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Biomedical grade alumina - CER-0021 - Matexcel
Shirley, NY, United States
Biomedical grade alumina
CER-0021
Biomedical grade alumina CER-0021
Although alumina is a bio-inert material, it has excellent mechanical properties. It is usually used as a dispersion strengthening phase in medicine. By introducing alumina to improve the mechanical properties of the material, alumina and hydroxyapatite are compounded. In the range of components, both the biological activity of hydroxyapatite and the mechanical properties of the material are maintained. Alumina + hydroxyapatite is expected to be an ideal substitute material for load-bearing bone artificial bone. Storage: Store at room temperature Application: This product can be used to prepare bovine bone powder bioceramics, coatings and composite materials. After sterilization, it can also be used for plastic surgery and cosmetic surgery, dental, repairing bone defects caused by trauma, tumor, inflammation and bone disease. Fusion with bone. This product can be mixed with other bioceramic materials, such as hydroxyapatite, calcium silicate and other powders, to prepare composite bioceramic scaffold materials with different compositions by 3D printing. Components: Al2O3 Purity: >99% Heavy metal: <4ppm As: <1ppm Particle Size: 40nm-100μm, can be customized according to customer needs

Although alumina is a bio-inert material, it has excellent mechanical properties. It is usually used as a dispersion strengthening phase in medicine. By introducing alumina to improve the mechanical properties of the material, alumina and hydroxyapatite are compounded. In the range of components, both the biological activity of hydroxyapatite and the mechanical properties of the material are maintained. Alumina + hydroxyapatite is expected to be an ideal substitute material for load-bearing bone artificial bone.

Storage: Store at room temperature

Application: This product can be used to prepare bovine bone powder bioceramics, coatings and composite materials. After sterilization, it can also be used for plastic surgery and cosmetic surgery, dental, repairing bone defects caused by trauma, tumor, inflammation and bone disease. Fusion with bone. This product can be mixed with other bioceramic materials, such as hydroxyapatite, calcium silicate and other powders, to prepare composite bioceramic scaffold materials with different compositions by 3D printing.

Components: Al2O3

Purity:

>99%
Heavy metal: <4ppm
As: <1ppm

Particle Size: 40nm-100μm, can be customized according to customer needs

Supplier's Site Datasheet

Technical Specifications

  Matexcel
Product Category Industrial Ceramic Materials
Product Number CER-0021
Product Name Biomedical grade alumina
Material Type Alumina
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