BASF Ultracur3D Rigid UV Resin RG 9400 B FR

Introduction to Ultracur3D Rigid UV Resin RG 9400 B FR

BASF Ultracur3D Rigid UV Resin RG 9400 B FR redefines the standards for high-quality, flame-retardant 3D printing materials. Engineered for precision and durability, this resin offers exceptional mechanical strength and surface finish. Ideal for engineers, designers and manufacturers who value high detail accuracy and safety.

Why choose Ultracur3D RG 9400 B FR?

Choosing the right 3D printing resin is crucial to the success of your project. BASF Ultracur3D RG 9400 B FR is characterized by its flame-retardant properties and its ability to cure under UV light, making it ideal for applications where safety and precision are paramount. Its rigidity and resistance to deformation under load make it the first choice for demanding applications.

Optimizing your 3D printing results

To achieve the best results with BASF Ultracur3D Rigid UV Resin RG 9400 B FR, it is recommended to use the optimal print settings. This includes adjusting the UV light intensity, using the correct printing speed and careful post-processing. By paying attention to these factors, you can significantly improve the quality of your 3D prints while taking full advantage of the unique benefits of this resin.

Technical data

• Flame-retardant properties according to UL94 V-0
• UV-curing at wavelengths from 385 nm to 405 nm
• High mechanical strength and rigidity
• Optimized for detailing and surface quality
• Viscosity at 25°C: 550-650 mPa-s
• Storage temperature: 10-50°C
• Shore hardness D after curing: 80-90
• Glass transition temperature: approx. 100°C
• Recommended post-processing time under UV light: 10-20 minutes
• Maximum part size: depending on 3D printer and settings

Areas of application

• Prototyping and end products in the electronics industry
• Components for the aerospace industry
• Parts for automotive applications that require flame retardancy
• Production of high-precision technical components
• Delicate models and miniatures for architecture and design
• Creation of molds and tools for small series
• Medical models and device parts that require a high level of detail
• Refractory housings and components for electrical devices
• Use in research and development for new product tests
• Applications that require high surface quality and precision