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A UNIQUE SOLUTION FOR CERAMIC PARTS ADDITIVE MANUFACTURINGProdways exclusive MOVINGLight® UV polymerization technology is designed to process premium composite materials in the form of pastes which are highly charged with ceramic powder. This technology allows for the 3D printing of parts with up to 99% ceramic density after debinding and sintering, with unequaled levels of resolution and detail. The combination of our ProMaker V series additive manufacturing systems with advanced ceramic materials provides solutions for a vast array of applications in industries such as medical, electronics, or jewelry.
INNOVATION AND EXPERTISEProdways is constantly working to develop new materials with unique mechanical, physical, and aesthetic properties, supported by integrated R&D teams as well as strategic partners. Our experts also support customer research and innovation for the development of new ceramic materials to push MOVINGLight®
ceramic 3D printing technology into new territories.
PLASTCure - CERAMIC MATERIALS
UV POLYMERIZATION CERAMICS MATERIALSFOR UNLIMITED POSSIBILITIES
WWW.PRODWAYS.COM
ProMaker V SERIES COMPATIBLE MATERIALSPLASTCure ceramics materials have been developed by Prodways and our partners to work in combination with ProMaker V series,
offering an effective additive manufacturing solution for many applications, including biomedical and industrial needs.
Photos: ©Prodways - ©Thinkstock - ©Shutterstock - V. 13.09.2017©Prodways 2017 - The information contained in this document is not contractually binding and may not be reproduced without prior approval.
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PLASTCure Alumina * PLASTCure Zirconia * PRINT3D Hydroxyapatite* PRINT3D Tricalcium Phosphate*
Paste viscosity @21°C 13 000 cps 15 220 cps N.A N.A
Density after sintering 99.3% (+/-0.5%) 99.1% (+/-0.5%) 93% (+/-5%) 83% (+/-5%)
Flexural strength 450 Mpa 1100 Mpa 26.1 Mpa (+/-50 Mpa) N.A
Elastic modulus 380 Mpa 200 Mpa N.A N.A
Vickers Hardness 2.1 Gpa 1.4 Gpa 0.455 Gpa N.A
Compressive strength 3.5 Gpa 1.8 Gpa 0.17 Gpa 0.05 Gpa
LInear thermal expansion 20-1000°C x 10-6 8.5 K-1 10.5 K-1 N.A N.A
Specific heat @20°C 900 J/Kg.K 180 J/Kg.K N.A N.A
Thermal conductivity 100°C 25 W/m.K 2 W/m.K N.A N.A
Dielectric capacity 18.0 KV/mm 20.0 KV/mm N.A N.A
Specific resistivity 1.00E + 15 Ohm.cm 1.00E + 11 Ohm.cm N.A N.A
Maximum temperature of use 1700°C 1500°C N.A N.A
Specification
High thermal resistance and mechanical properties at temperatures up to 1400°C
Good thermal conductivity at ambient temperature
Excellent dielectric proprieties
High hardness (vickers) values
Good abrasion resistance
Good resistance to metal etching
Good chemical stability and inertness
Excellent thermal resistance and mechanical properties at temperatures up to 1400°C
Low thermal conductivity at ambient temperature
Electrical conductor up to 1000°C
High hardness (vickers) values
Good abrasion resistance
Good resistance to metal etching
Good chemical stability and inertness
Similar chemical structure to bone
Osteoconductive
Non-resorbable
Biocompatible
Good mechanical properties
Similar chemical structure to bone
Osteoconductive
Resorbable
Biocompatible
Good mechanical properties
Typical Application Examples
High-temperature electrical insulators
Supports for heating elements
Grinding media
Mechanical components
Insulating rings
Crucibles
Nozzle casting
Heating element
Ion-conducting materials
Jewelry
Bone substitutes
Reconstructive surgery
Hydroxyapatite is commonly used in combination with Tricalcium Phosphate to achieve a good balance between resorbability and bone growth
Bone substitutes
Reconstructive surgery
Phosphate Tricalcium is commonly used in combination with Hydroxyapatite to achieve a good balance between resorbability and bone growth
By Prodways Materials Prodways Materials Cerhum Cerhum
*Preliminary data. Performance characteristics of these materials may change according to product application, operating conditions, material combined or end use.
By choosing one of our PLASTCure materials, you’re also accessing our vast technical knowledgeand a wide range of available services to help optimize production and maximize profitability.
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