High Performance Series Rigid Ceramic Resin White, 750 g

The high-performance ceramic resin from FormFutura is characterised by its phenomenal material rigidity and strength properties.

Because the resin has been reinforced with nanoparticle ceramics, it is one of the stiffest and strongest materials on the market. It achieves a flexural modulus of 9.5 GPa and a maximum flexural strength of 170 MPa.

In addition, the material has excellent chemical and heat-resistant properties.

The result is rigid models with an incredibly high level of detail and a smooth, matt finish.

Main Features of the High-Performance Series Rigid Ceramic Resin

• Reinforced with durable nanoparticle ceramic
• Excellent flexural modulus of 9.5 GPa
• Excellent flexural strength of up to 170 MPa
• Dimensionally stable under load
• High chemical and thermal resistance
• Good compatibility with all SLA, DLP and LCD / MSLA 3D printers in the range from 385 - 420 nm

Areas of application of High-Performance Series Rigid Ceramic Resin

• Fast prototyping in industrial quality
• Manufacture of electrical boxes
• Manufacture of fluid flow components
• Creation of aerodynamic test models
• 3D printing of injection moulds in short runs

Before you start printing

• Shake the bottle for at least 2 minutes before each use
• After shaking the bottle, let the resin sit for 10 minutes to allow air bubbles to escape from the resin.
• Always wear safety glasses and nitrile gloves when handling resin.

Note: The unused resin can be poured back into the bottle after the print is complete.

Post-processing

• The manufacturer recommends post-processing the print in order to achieve the best material properties.
• Rinse your model in IPA or ethanol for about 5 minutes.
• An ultrasonic cleaner is recommended.
• Make sure objects rinsed with IPA and/or ethanol are perfectly dry before further post-curing.
• Place the rinsed parts in a well-ventilated area for at least 30 minutes or use compressed air for at least 2 minutes.
• Cure your object in a high-performance curing chamber for approx. 20-30 minutes at 65°C. The preferred curing wavelength is between 300-410 nm.