SuperRigid 3D Printer Resin 6.0GPa, 40% of Nano-Micro Ceramic Powder Filled for Ceramic Like Prototypes, Made in Korea by 3DMaterials (1000g, White)

SuperRigid 3D Printer Resin 6.0GPa, 40% of Nano-Micro Ceramic Powder Filled for Ceramic Like Prototypes, Made in Korea by 3DMaterials (1000g, White)

[40% of Nano-Micro Ceramic Powder Filled] 40% of nano-micron ceramic powder filled for strong industrial grade ceramic like prototype. [High Modulus Ceramic-Like] 6.0GPa tensile and 8.0GPa flexural modules simulating stiffness of ceramic. [Ceramic Like Texture] High density and surface texture simulating ceramic, stone, cement [ISO 10993-5] Properly cleaned and fully post cured SuperRigid prints pass ISO 10993-5 test. [Compatible to All LCD Printers] Unique photosensitization technology make SuperRigid compatible for all kind of LCD 3D printers. [40% of Nano-Micro Ceramic Powder Filled] SuperRigid contains 40% of nano-micron ceramic powder and allows for strong industrial grade ceramic like prototypes.
[High Modulus Ceramic-Like] SuperRigid has 6.0GPa tensile and 8.0GPa flexural modules simulating stiffness of ceramic and ceramic-filled thermoplastics.
[Low Shrinkage] SuperRigid is formulated with low shrinkage oligomers synthesized in-house enhancing dimensional stability after post-curing.
[ISO 10993-5] Post-processed and cured SuperRigid has passed ISO 10993-5:2009.
[Compatible to All LCD Printers] Unique photosensitization technology make SuperRigid compatible with all kind of regular and mono LCD 3D printers.
[Super Series] SuperPP 1.4G (Tough and Durable Like PP), SuperPP 0.9G V-0 (Durable with Flame-Retardant UL94 V-0), SuperPCS (Tough and Durable with 8K Precision), SuperFlex (Flexible Like TPU), SuperFlex V-0 (Flexible with Flame-Retardant UL94 V-0), SuperRigid (Ceramic Filled 6.0GPa Modulus), SuperElastic (Flexible Like Silicone), SuperHDT (Highest HDT of 464°F (240°C)), SuperCast (Wax Filled Castable), SuperESD V-0 (Electrostatic Discharge Safe with UL94 V-0) are also available as Engineering Resins from 3DMaterials.