Bioceramics

HAP and TCP materials with excellent biocompatibility for dental and bone repair.

Bioceramics

Key Features

  • Excellent biocompatibility: HAP and TCP for medical and biomedical engineering.
  • High precision: Ideal for dental and bone repair applications.
  • Good mechanical properties: Suitable for patient-specific implants and scaffolds.

Application Areas

Dental Medical College Ceramics Biology

Products

Hydroxyapatite scaffolds printed on ADT ceramic 3D printers.

HAP bone graft scaffolds printed on a ceramic 3D printer
HAP bone scaffold

Printed Bioceramic Parts

HA-Rectangle
HA-Rectangle
HA-Skeleton
HA-Skeleton
HA-G Polyhedron
HA-G Polyhedron
HA-Porous Structure
HA-Porous Structure
BioGlass-Disk
BioGlass-Disk
TCP-G Polyhedron
TCP-G Polyhedron
TCP-Porous Structure
TCP-Porous Structure

Technical Specifications

Bioceramics

Parameter HAP — ADT-HAP-H001-B
Powder
Purity [%]≥96
Slurry
Solid Content [vol%]36
Solid Content [wt%]61
Viscosity (50 s⁻¹) [Pa·s]5.6
Slurry Density [g/cm³]1.85
Shelf Life12 months
Sintered Ceramics
Sintering Temperature [°C]1300
Theoretical Density [g/cm³]3.16
Actual Density [g/cm³]2.9
Relative Density [%]91.8
Porosity [%]8.2
Three-Point Bending Strength [MPa]122.75
Compressive Strength [MPa]55.2
Maximum Operating Temperature [°C]1100

Get in Touch

Ready to explore ceramic 3D printing? Our team is here to help you choose the right equipment and materials.

Phone +86 16675199919
Miss Liu
Email adventuretechqy@gmail.com
liuchunmei1@adt-qy.com
adventuretech@adt-ceramic3dp.com
Address Shenzhen: Room 120, Park 1, Overseas Students Pioneer Park, Longgang District
Foshan: 701, Bld. 7-1, Zhishang International Cloud Valley, Dali Town, Nanhai District, Foshan City, Guangdong, 528200, China