High-Temperature Resin – 808P
Product Introduction
This 3D printing material is specifically developed to meet the key requirements of high-temperature resins for 3D printing. It offers high-temperature resistance, heat resistance, and high strength (for injection molding, thermoforming, etc.). It is strong, rigid, has excellent heat resistance, and exhibits low distortion. It also exhibits high model edge stability during thermoforming, offering fast molding speeds, high molding precision, and exceptional surface hardness.
Its high detail reproduction, excellent high-temperature resistance, and high model edge stability meet the requirements of high-temperature dental mold production. Its stable material structure can withstand the high pressure and high temperature impact of thermoforming instruments. Its ultra-low viscosity reduces material waste and speeds up cleaning, making it an ideal candidate for thermoforming dental applications.
High-Temperature Photosensitive Resin Material:
Product Name: High-Temperature Photosensitive Resin for 3D Printing of Orthodontic Dental Films
Model: 808P
Color: White
Packaging: 500g/1000g Bottles
Compatible Printers: DLP Reflective Light (High Light Intensity) / LCD Transmitted Light (Low Light Intensity)
Compatibility: Desktop Photosensitive Resin LED Light Source Wavelength 385nm-405nm
Material Features:
01 、High Build Speed
808P does not require an additional PIV layer, reducing post-processing time by over 30%. This fast build speed accelerates model production.
02、 High-Temperature Resistant to 200°C
This is a dental resin material specifically designed for 3D printing applications requiring high temperatures. It boasts a heat deflection temperature of 200°C, heat resistance, and high strength (for injection molding, thermoforming, etc.). The post-cured model is heat-resistant and stable in various high-temperature environments.
03 、Excellent Detail Resolution
High detail reproduction. It delivers high-resolution details with a tip edge accuracy of 10 microns, ensuring consistent structure and pattern reproduction with the CAD design. Capable of printing accurate, highly detailed parts.
04、 Stable Performance
Stability and high edge stability across varying temperatures. Easy to store and extremely durable.
05、High Surface Hardness
The cured model exhibits superior surface hardness and edge strength, maintaining dimensional thermal stability even during the thermoforming process. Its high temperature resistance ensures successful thermoforming and is ideal for wind tunnel testing requiring high impact strength.
Applications:
Suitable for splints and orthodontic appliances manufactured using silicone or gel thermoforming techniques. Suitable for dental and injection molds, appliance and automotive housings, sandblasting equipment, wind tunnel and high-temperature testing, and functional prototyping.
Physical Parameters:
Viscosity 500-1000 cps @ 30°C
Critical Exposure Energy 4.45-5.5 mJ/cm²
Tensile Strength 57-87 MPa
Tensile Modulus 9,000-10,140 MPa
Elongation at Break 1.4%
Notched Impact Strength 18-20 J/m
Heat Deflection Temperature 94°C-230°C
Shore Hardness 88D
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 that it meets their end-use performance requirements.
The above values are typical and are not intended to constitute binding material specifications or guarantees unless expressly agreed to in writing. Final results will depend on the user’s actual application. This table is for reference only.
Application Examples:
