Cretbee High Temperature Resistant 3D Printer Resin, Up to 280°C, High Precision 3D Printing Resin for Engineering, Industrial Parts, 405nm Photopolymer Resin for DLP/LCD (Grey, 1000g)

Cretbee High Temperature Resistant 3D Printer Resin, Up to 280°C, High Precision 3D Printing Resin for Engineering, Industrial Parts, 405nm Photopolymer Resin for DLP/LCD (Grey, 1000g)

• Excellent Heat Resistance & High Stability: Cretbee high temperature resistant resins can be used in high temperature environments up to 280℃ without softening. Long time in 200 ℃ high temperature with 55% humidity under extreme conditions of continuous baking, but still can maintain no cracking, no deformation. The material has a high degree of stability of molded products, especially suitable for harsh high-temperature environment, is the ideal solution for high-temperature manufacturing process
• Rapid Molding & Low Shrinkage: Cretbee 3d printing resin has high reactivity, 0.05mm exposure time of only 2-3 seconds (under 4000-5000 mW/cm² light intensity), to achieve rapid molding. Extremely low volumetric shrinkage after hardening ensures a smooth enough print surface
• High Precision & Simplified Post-Processing: Models printed with Cretbee's high-temperature-resistant resins show ultra-smooth surfaces and distinctive color textures, with excellent resolution and detail reproduction, effectively reducing post-processing procedures and improving overall production efficiency
• Wide Range of Applications: Cretbee high-temperature-resistant 3D resin can be used in industrial manufacturing and creative development in many fields, including injection molds, vacuum molding and other scenarios. Compatible with mainstream DLP/LCD printing equipment, optimized formula for small batch production to meet diversified needs
• Note: Due to the material properties, the resin will slowly crystallize when the temperature is lower than 20℃, it needs to be heated up to 60℃ before use until the resin returns to the liquid state, and then cooled down to within 30℃ before use; it needs to be coated with a release agent for the product molding area and runners before use in the printing mold, so that it is convenient to remove the product