Ceramic-Like vs Elastic Resin: Choosing the Right Specialty Material for Your Application

Ceramic-Like vs Elastic Resin: Choosing the Right Specialty Material for Your Application

Specialty Resins Expand Beyond Standard Prototyping

As 3D printing resin technology matures, the range of available materials has grown far beyond standard rigid photopolymers. ANTINSKY has developed two standout specialty resins: Ceramic-Like Resin for rigid, heat-resistant parts and Elastic Resin for flexible, impact-absorbing components.

ANTINSKY Ceramic-Like Resin

Ceramic-Like Resin: Rigid and Heat-Resistant

Ceramic-Like Resin withstands temperatures up to 200-250C after post-curing, making it suitable for soldering jigs, mold inserts, and heat-forming tools.

Key Properties

  • High Temperature Resistance: Up to 250C after post-curing
  • Rigid Structure: High flexural modulus for dimensional accuracy
  • Matte Texture: Stone-like finish for sanding or painting
Property Ceramic-Like Standard Resin
Heat Deflection 200-250C 60-80C
Flexural Modulus 3,500-4,500 MPa 1,800-2,500 MPa
Best For Molds, tooling General prototyping

Elastic Resin: Flexible and Impact-Resistant

Elastic Resin produces rubber-like parts with 150-300% elongation. Available for medical devices, wearables, and robotics applications.

How to Choose

Conclusion

Browse the full resin collection at InnoStation 3D.


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