Siraya Tech Sculpt-High Temperature Resistant Resin

Shore Hardness 90D
Tensile Stress at Break 35 MPa
IZOD Impact ---- Notched, J/m
HDT at 0.455 MPa 180℃
Elongation at Break 5%
Young's Modulus 3500MPa

Shore Hardness 99D
Tensile Stress at Break 31 MPa 
IZOD Impact ---- Notched, J/m
HDT at 0.455 MPa 250℃
Elongation at Break 1%
Young's Modulus 8000MPa

✔Easy to Clean and sand
✔Optimized for LCD/DLP printing, works on Moonray Printer.
✔Great for printing tabletop minis, digital sculptures or application that requires high-temperature resistance
✔8K Compatible

✔Smooth Surface Finishes
✔High Resolution
✔High-Temperature Resistance. HDT around 160C, great for vulcanized rubber molding
✔Easy to See Thru Clear Translucent. It is not colorless with a light yellow color.

Siraya Tech has launched 2 different colors for Sculpt High Temperature UV Resin with HDT of 160°C: Clear and Gray. This resin is particularly known for its high-temperature variant, which is significantly higher than many standard thermoplastics that do not contain composite fibers.

(Sculpt Clear: Without adding any pigment, the original ingredients make the resin show a transparent yellow color)

Sculpt High Temp UV Resin is a game-changer for many applications. It's perfect for crafting molds, producing mold originals using the vulcanized rubber method, and vacuum forming.

Whether you're looking to print tabletop miniatures, digital sculptures, or any other design necessitating high-temperature resistance, this resin is the go-to choice.

• Apart from its stand-alone qualities, Sculpt can blend seamlessly with other resins, enhancing hardness, resolution, and HDT of the mix.
• The high polymer percentage recommends a printing temperature of at least 25°C.
• It's optimized for both LCD/DLP printing and is compatible with the Moonray Printer. The resulting prints are known for their smooth finishes, high resolution, and exquisite metal gray. Plus, post-processing is a breeze given its ease to clean and sand.

• The great color and exceptionally smooth surface significantly reduce post-processing time.
• Its low shrinkage during the curing process ensures a precise, smooth, high-resolution finish, making it disposable for several traditional production endeavors.
• When used as an additive, it imparts higher temperature resistance and resolution to other resins.
• Its compatibility with high-powered DLP printers like Moonray and other LCD resin printers adds to its wide application range.

Even when exposed to its maximum HDT, the Sculpt resin doesn't lose its structural integrity or soften excessively. This characteristic makes it a favored choice for applications that require stability at elevated temperatures, pivotal for various conventional manufacturing processes.

• As an additive, it can significantly improve the temperature resistance and precision of mixed resins.
• The ultra-high HDT of 220 degrees Celsius allows Ultra White to be easily applied to vulcanized rubber molding, mold creation, and vacuum forming.
• Opaque white resin with a smoother surface for advanced desktop-grade model engraving and printing.
• Compatible with high-performance DLP printers such as Moonray and a wide range of LCD resin printers, the adaptability is outstanding.

• Achieving a perfect finish has never been easier. Siraya Tech Sculpt Ultra 3D printer resin is recognized for its impeccable smooth surface and distinct opaque Matte White finish.
• This quality ensures your models and prints not only look stunning but also redu ce post-processing time, offering a seamless experience from printing to final presentation.

• When it comes to performance under heat, the Sculpt Ultra 3D resin sets an impressive standard. It can resist temperatures as high as 220°C. Even at its HDT, the resin retains its structure, hardly softening without compromising its integrity.
• This trait makes It is invaluable for traditional processes that need high-temperature resilience while maintaining the precision of prototype parts, especially in applications like vulcanized rubber molding, vacuum forming, high temperature injection molding, etc.