Product Description
Name: 3D Printing Lost Wax Casting Photosensitive Resin
Model: 804
Color: White
Packaging: Bottled
Specifications: 1000g
Introduction:
Suitable for printing delicate wax models for gold and silver wire, jewelry, and other applications in the jewelry industry.
Compatible Printers:
LCD 3D printers and DLP 3D printers with an LED light source wavelength of 365nm-405nm.
804 is a high-wax content, photocurable casting resin material that, when combined with ultra-fast continuous 3D printing technology, creates flawless casting results.
Leveraging the easy casting properties of wax and the excellent photocurable molding properties of resin, it can be placed in a low-temperature furnace and cast together with the wax. It burns very cleanly, ashlessly, and residue-free, capturing clear, precise details. It also has an exceptionally smooth surface. Even thick models with embedded lettering can be printed flawlessly.
Product Features
White Wax Series
High Wax Content
Easy to Cast
Smooth Surface Light
Good Toughness
High Definition, Strength, and Precision:
Capture intricate details without worrying about thermal expansion, allowing you to create challenging and unique models.
Surface Quality:
Printed models with a smooth surface require minimal polishing before casting. Wax is both an excellent casting material and a surface enhancer. It can act as a filler during printing and enhance print textures during post-curing, creating a smoother, brighter surface.
Excellent Print Reliability:
Continuous 3D printing with zero release force is no longer affected by material strength, allowing for an unconstrained ratio of wax to resin, allowing them to leverage their respective strengths. This results in fewer and smaller supports, making printing easier and more reliable.
Excellent Casting Success Rate:
As the temperature rises, the wax first disappears into a honeycomb-like pattern, eliminating any residual resin from affecting the plaster. It can be placed in the furnace at low temperatures and cast along with the wax part. It can also be placed in the furnace at high temperatures for even better casting results.
Technical Performance Data
Test Items Test Result 1 Test Result 2
Tensile Strength 6.3 MPa 8.8 MPa
Elongation at Break 1.89% 2.35%
Flexural Strength 10.5 MPa 13.3 MPa
Flexural Modulus 15.6 MPa 23.1 MPa
Flexural Strain 3.65% 3.9%
Izod Notch Impact 340 J/m² 570 J/m²
Density 1.03-1.08 g/cm³ 1.13 g/cm³
Hardness (Shore D) 55 Shore 60 Shore
Transition Temperature 150°C 150°C
Viscosity 260 MPa·s 260 MPa·s
Note:
The above values may vary depending on part geometry, print settings, temperature variations, and post-curing. Therefore, users must test the product before use to ensure it meets their end-use printing performance requirements. The above values are typical and are not considered binding material specifications or guarantees unless expressly agreed to in writing. Final results will depend on actual user experience; this table is for reference only.
