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

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

$79.80
$79.80
Color: White
Size: 500g
Vendor: 3DMaterials Co., Ltd.
SKU: 3DP-ENG-R42L-1.0-H-LCD-U-210101
Availability: In stock
Product type: Engineering Resin

About this item

[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.

$79.80
$79.80
Subtotal: $79.80

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Product details

Manufacturer: ‎3DMaterials Co., Ltd.
Item Model Number: ‎ENGR-R42L
Product Dimensions: ‎2.76 x 2.76 x 7.48 inches
ASIN: B0CH67HGQL
Date First Available: 2023-02-19

Product Description

11.0 lb / 2.2 lb

SuperRigid 6.0 GPa

[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

2.2 lb / 1.1 lb

SuperHDT 464°F (240°C)

[Heat Deflection Temperature 464 °F] Highest heat deflection temperature of 464 °F in the world

[Increase HDT by adding SuperHDT] Adding SuperHDT to standard resins increase the HDT of print substantially

[User Guide #1 Remelting Resin] Please check the color before use, warm the bottle at 140°F for an hour or 120°F for couple of hours

[ISO 10993-5] Properly cleaned and fully post cured SuperHDT prints pass ISO 10993-5 test

11.0 lb / 2.2 lb / 1.1 lb

SuperHDT V-0

[Non-Flammability] Pass UL94 V-0 non-flammability requirements and FST (AITM2-0002, AITM2-0007, AITM3-0005)

[Heat Deflection Temperature 464 °F] Highest heat deflection temperature of 464 °F in the world

[User Guide #1 Remelting Resin] Please check the color before use, warm the bottle at 140°F for an hour or 120°F for couple of hours

[User Guide #2 Post-curing] Post-curing by 20mW/cm2 395nm ~ 405nm LED light for 10 minutes, and heating up the print in 176°F oven for one hour

Choosing softness & post-processing, non-flammable testing, and coloring

1' 3D PRINTED LATTICE WITHSTAND 1,300 lbs WEIGHT

SuperRigid's 8.0 GPa flexural modulus withstands 1,300 lbs compression weight.

SuperRigid resin offers outstanding mechanical strength with an 8.0 GPa flexural modulus, capable of withstanding up to 1,300 lbs of compression weight. Ideal for industrial prototypes and load-bearing parts, it delivers exceptional durability, ensuring structural integrity under high stress.

AMBER PENDENT LIGHT COVER by SUPERHDT V-0

SuperRigid's 8.0 GPa flexural modulus supports S-Class, weighing over 2,500 kg.

The ONE INCH 3D PRINTED LATTICE SUPPORT for the MERCEDES S-CLASSutilizes SuperRigid's 8.0 GPaflexural modulusto support over 2,500 kg, enhancing structural integrity and performance in automotive applications.

COLORING SUPERPP & SUPERHDT

Highest Heat Deflection Temperature of 464°F (240°C) for 3D-printed SuperHDT

SuperHDT provides a high heat deflection temperature of 464°F (240°C), perfect for heat-resistant 3D-printed parts. Durable and stable, it's ideal for prototypes and industrial components needing thermal resistance.

NON-FLAMMABILITY TEST FOR UL94 V-0 RATING

SuperHDT V-0 3D-Printed Parts Pass UL94 V-0 Non-Flammability Requirements.

Halogen-free, flame-retardant oligomer synthesized by 3DMaterials allows SuperPP V-0 to pass UL94 V-0 flammability requirements and FST. SuperHDT V-0 has the highest heat deflection temperature of 464°F (240°C), making it well-suited for electrical and lighting fixture parts with non-flammability.

PREPARATION AND POST-PROCESSING OF SuperHDT

From prep to post-processing to achieve maximum Heat Deflection Temperature

From preparation to post-processing, SuperHDTensures optimal heat deflection. Begin by remelting the resin if crystallized, wash and sand prints thoroughly, and remove supports. For maximum durability, apply over-coating and post-cure under LED light for 10 minutes.
  • A

    The settings chart is available at the end of this page, or you can download it by scanning QR code on the label of bottle.

  • A

    Use alcohol to remove excess resin from the surface and dry the prints completely. Post-cure them using any brand’s curing machine for 20 minutes in air. One tip is the underwater (without oxygen) curing for another 10 minutes gives better result.

RECOMMENDED LAYER EXPOSURE SETTINGS FOR 3D PRINTERS

These settings were measured and tested for a 50μm layer thickness. Adjust the exposure time by ±15% based on your printer's conditions. Colored prints were tested using the recommended number of pigment drops per 100mL of clear resin.

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