SuperRigid is a high performance ceramic reinforced engineering resin designed for creators who need extremely stiff durable and dimensionally stable parts. With a high ceramic powder content and exceptional mechanical strength it is ideal for functional prototypes tooling components and applications that require the rigidity of industrial ceramics.
Forty Percent Nano Micro Ceramic Powder Filled
SuperRigid contains forty percent nano micro ceramic powder giving printed parts a strong ceramic like character. This reinforcement provides exceptional stiffness hardness and surface quality similar to ceramic filled thermoplastics used in industrial manufacturing.
High Modulus Ceramic Like Performance
SuperRigid delivers a tensile modulus of 6.0GPa and a flexural modulus of 8.0GPa simulating the rigidity of technical ceramics. This makes it suitable for demanding engineering applications where minimal flex and maximum structural stability are required.
Low Shrinkage for Dimensional Accuracy
Formulated with low shrinkage oligomers synthesised in house SuperRigid maintains excellent dimensional stability after post curing. This ensures accurate precise prints even for complex geometries and tight tolerance components.
ISO 10993 5 Tested After Post Cure
When properly processed and fully post cured SuperRigid passes ISO 10993 5 2009 testing providing confidence for applications where material safety and reliability are essential.
Compatible with All LCD 3D Printers
Thanks to advanced photosensitisation technology SuperRigid works with all regular and monochrome LCD printers including 4K and 8K systems. No special hardware or modifications are required.
Ideal Applications
SuperRigid is perfect for printing
• ultra stiff engineering components
• tooling fixtures and jigs
• precision housings and enclosures
• structural prototypes
• ceramic like functional parts
• components requiring minimal flex
Its combination of extreme rigidity ceramic reinforcement and dimensional stability makes it suitable for industrial engineering and high performance prototyping.
