Moon Materials™ ABS rCF
recycled CFRP content: 10-30%
Moon Materials™ PETG offers maximum printing performance characterized by excellent layer adhesion, low shrinkage, low warpage and high stability, making it ideal for producing large-scale jigs, fixtures, and functional prototypes in additive manufacturing.
Applications: Furniture, Architecture, Functional Prototypes, Jigs, Industrial equipment, fixtures, display models
Working Temperature (Printing): 230–260 °C
Heat Resistance: up to ~75–80 °C (continuous use)Benefits:Strong & Stable: PETG’s strength and low shrinkage during printing ensure that large-format parts such as jigs and fixtures are stable and durable, even under mechanical stress.
High Print Speed: The material is optimized for high-speed 3D printing, which is essential for rapid prototyping and producing parts at scale.
Matte Carbon Fiber Aesthetic: The aesthetic appearance of the carbon fiber surface is highly valued in functional prototypes and display models, adding a modern, technical look to the printed parts.
Low Moisture Uptake: The low moisture absorption property ensures consistent printing performance, especially in environments with fluctuating humidity, important for the reliability of large-format prints.
Electrically Conductive Potential: This is beneficial for applications requiring parts that must have anti-static or conductive properties, such as in the electronics or automotive industries.With its heat resistance and excellent durability, Moon Materials™ ABS is perfect for structural prototypes, tooling, and parts that need to endure mechanical stress and high temperatures.Applications: Tooling, structural prototypes, functional parts for automotive and industrial sectors.Working Temperature (Printing): 240–270 °CHeat Resistance: up to ~95–105 °C (continuous use)
Benefits:
Heat-Resistant: ABS’s high-temperature resistance makes it ideal for tooling and parts that need to withstand significant heat, such as molds or automotive components.
Durability: Its strong mechanical properties make it an excellent choice for structural prototypes and functional parts that must endure heavy mechanical loads.
Printability: The material is easy to print and produces a smooth surface finish with the distinctive carbon fiber look, enhancing the final part’s aesthetics and functionality.
Electrically Conductive: For parts requiring electrical conductivity, this material can be formulated to include conductive properties.
Sustainability: The use of recycled carbon fiber lowers the environmental impact, making it an attractive choice for manufacturers seeking eco-friendly solutions.
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