FormFutura high-performance series ceramic resin, 0.750 kg

Technical data and information

Tensile strength: 70-85 MPa
Tensile modulus: 8,5 - 9,5 GPa
Impact force (IZOD notched): 18 J/m
Hardness (Shore): 94D
Elongation at break: 1%
Flexural strength: 150 - 170 MPa
Bending modulus: 8.5 - 9.5 GPa
Compressive strength: 160 MPa
Density at solid state ρ: 1.62 g/cm3
Density in liquid state ρ: 1,52 g/cm3
Water absorption: 0.59%
HDT-A (1.8 MPa): 72.0°C
HDT-B (0.45MPa): 86.3°C
Shrinkage during printing: <0.1%
Linear shrinkage during UV curing: 0.5%
Linear shrinkage during thermal curing: 0.1%

Cure time: UV in 60 minutes at 60°C and thermally cured in 120 minutes at 100°C.

When properly stored and used in high performance series, the hard ceramic resin is technically good for at least 18 months.

Product descriptions

FormFutura’s High Performance Rigid Ceramic resin exhibits phenomenal material stiffness and strength properties. Rigid Ceramic resin is reinforced with durable nanoparticle ceramics. This makes it one of the stiffest and strongest materials available on the market. A flexural modules of 9.5 GPa and a maximum flexural strength of 170 MPa can be obtained.
Parts made with Rigid Ceramic Resin feature an impressive resistance to bending. Even when a significant amount of load is being applied to the 3D printed part. Next to this, the material has excellent chemical and heat resistance properties. Rigid Ceramic resin 3D prints with an incredibly high detail resolution and smooth matte finish.

Applications:

Suitable for rapid industrial-grade prototyping

Suitable for fabricating electrical casings

Suitable for making fluid flow components

Suitable for creating aerodynamic test models

Suitable for 3D printing short-run injection molds

Good compatible with all open source SLA, DLP and LCD 3D printers in the 385 - 405 nm range.