High Performance Resin - Rigid Ceramic

Our High Performance Resin – Rigid Ceramic has been 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 this resin feature an impressive resistance to bending under high loads.

Next to this, the material has excellent chemical and heat resistance properties. The resin prints with an incredibly high resolution and parts printed with the resin have a smooth matte finish.

Important key features

• Reinforced with durable nanoparticle ceramics
• A superb maximum flexural modulus of 9.5 GPa
• A superb flexural strenght up to 170 MPa
• Dimensionally stable under load
• Strong chemical resistance
• Good thermal resistance
• Good compatibility with all SLA, DLP and LCD / MSLA 3D printers in the range of 385 – 420nm

Suitable 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

Preparation(s) before starting to print

• Shake the bottle for at least 2 minutes before each use.
• After shaking the bottle, leave the resin to rest for 10 minutes to let air bubbles get out of the resin
• The resin can be poured back from the vat into the bottle once your print is finished
• Always use protective measurements like safety glasses and nitrile gloves when handling resins.

Post-processing

• We do advise you to post-process your 3D print in order to achieve the material properties
• Rinse your 3D printed object in IPA or (Bio)Ethanol for approximately 5-10 minutes
• An ultrasonic cleaner is preferred/recommended
• Make sure that IPA and/or (Bio)Ethanol rinsed objects are perfectly dry before further post-curing to prevent warping or cracking.
• Place the rinsed parts in a well-ventilated area for at least 4 hours, or use pressurized air for at least 5 minutes
• Cure your object in a high power curing chamber (like the CUREbox™ Plus) for approximately 60 minutes at 65°C
  And after that approximately 2 hours of thermal curing at 100°C. The preferred curing wavelength is between 300-410nm

Safety

Please always be aware that when 3D printing with resins that you are working with chemicals and that you should always be cautious and use the personal protective equipment as stipulated in our safety data sheets.

• Always wear Respiratory Protection when sanding/cutting the resin object.
• Always use nitrile gloves when handling resins and uncured resin objects.

Print settings

Please see below some basic print settings for a variety of wide used printers.

Phrozen Sonic Mini 4K

50µm

First / Burn-in Layers: 2x to 4x for 70 to 75 Seconds

Normal Layers: 7 to 9 Seconds

Elegoo Mars 3

50µm

First / Burn-in Layers: 2x to 3x for 50 to 55 Seconds

Normal Layers: 8.0 to 9.0 Seconds

Lifting Distance: 6mm

Rest Times: 1.0 to 2.0 seconds

Lift Speed: 80-90

Retraction Speed: 180

Elegoo Mars 3

100µm

First / Burn-in Layers: 2x to 3x for 60 to 65 Seconds

Normal Layers: 10.0 to 11.0 Seconds

Lifting Distance: 6mm

Rest Times: 1.0 to 2.0 seconds

Lift Speed: 80-90

Retraction Speed: 180

Anycubic Photon

50µm

First / Burn-in Layers: 4x to 3x for 110 to 120 Seconds

Normal Layers: 16 to 18 Seconds

Light-off Delay: 1

Bottom Light-off Delay: 2

Anycubic Photon Mono SE

50µm

First / Burn-in Layers: 4x to 6x for 65 to 75 Seconds

Normal Layers: 6.5 to 7.5 Seconds

Lifting Distance: 8mm

Light-off Delay: 0.5

Bottom Light-off Delay: 3

Anycubic Photon Mono X 

50µm

First / Burn-in Layers: 3x to 5x for 75 to 80 Seconds

Normal Layers: 5.5 to 7 Seconds

Lifting Distance: 8mm

Light-off Delay: 1

Bottom Light-off Delay: 3

UV Power: 85 ~ 90%

*If you need the best settings for your 3d printer we highly recommend using the included RERF (Resin Exposure Range Finder) or Resin Exposure Calibration Tool.

Product export information