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3D Printing Materials

Brisbane 3D Printing specializes in engineering-grade materials for prototypes. We offer high-performance composites with exceptional strength and thermal resistance. Partner with us to shorten development cycles and manufacture on-demand parts.

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Explore Our Wide Range of Engineering-Grade 3D Printing Materials​

At Brisbane 3D Printing, we offer a diverse selection of engineering-grade materials to meet the demands of various applications. From robust carbon fiber composites to high-performance polymers, our materials ensure your prototypes and parts are strong, durable, and precise. We provide expert guidance to help you select the ideal material for your project, ensuring optimal results every time.

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PA6-CF (Carbon Fiber Reinforced Nylon 6)

A high-strength composite of Nylon 6 and carbon fiber that provides superior stiffness and excellent heat and impact resistance. It's a go-to material for durable structural parts, automotive components, and items subject to vibration.
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PET-CF (Carbon Fiber Reinforced PET)

A high-performance composite prized for its exceptional stiffness (resistance to bending) and high-temperature resistance. It offers excellent dimensional stability, making it ideal for rigid frames and precision parts in aerospace and engineering.
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PETG-CF (Carbon Fiber Reinforced PETG)

A versatile composite that adds carbon fiber stiffness to the user-friendliness and chemical resistance of PETG. It's an excellent choice for functional prototypes, jigs, and enclosures that require a professional matte finish.
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PLA-CF (Carbon Fiber Reinforced PLA)

The easiest-to-print composite, combining standard PLA with carbon fiber. While not for high-temperature use, it offers a massive increase in stiffness over standard plastics and produces a beautiful matte finish, perfect for rapid prototypes and models.
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PC (Polycarbonate)

A strong industrial thermoplastic renowned for its exceptional impact strength (toughness), high heat resistance, and dimensional stability. It can also be optically clear, making it perfect for durable casings, lenses, and functional parts.
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PC-FR (Flame-Retardant Polycarbonate)

A specialized Polycarbonate that retains all the high impact and heat resistance of standard PC but adds top-tier, UL 94 V-0 flame retardancy. It is essential for battery casings, electronics, and automotive parts with strict fire safety requirements.
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PAHT-CF (High-Temperature Carbon Fiber Nylon)

A high-temperature, carbon-fiber-reinforced Nylon (PA12-based) that features very low moisture absorption. This allows it to maintain its high strength, stiffness, and dimensional stability even in humid or wet environments.
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PA6-GF (Glass Fiber Reinforced Nylon 6)

A robust and cost-effective industrial composite using glass fiber reinforcement. It delivers excellent mechanical strength, stiffness, durability, and high resistance to both heat and chemicals, making it an industrial workhorse.
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PPS-CF (Carbon Fiber Reinforced Polyphenylene Sulfide)

An elite-performance composite offering extreme heat (over 260°C), chemical, and flame resistance. It is used for the most demanding industrial, automotive, or aerospace applications where part failure is not an option.

Partner with Brisbane 3D Printing

Join forces with us to leverage advanced 3D printing solutions for your engineering, prototyping, or manufacturing needs. Contact us today to explore collaboration opportunities tailored to your project requirements.
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Unlock Superior Performance with Engineering-Grade 3D Printing Materials

Engineering-grade materials offer significant advantages over standard materials in 3D printing. They provide enhanced strength, superior durability, and excellent thermal resistance, making them ideal for demanding applications in engineering, aerospace, robotics, automotive, and defense industries. Choose Brisbane 3D Printing for reliable, high-performance parts.
A close-up shot of a drone component made from carbon fiber filament, showcasing its intricate design and robust structure, set against a blurred background of a workshop.
Enhanced Strength and Durability
Our engineering-grade materials, such as carbon fiber, provide exceptional strength and durability, ensuring your parts withstand rigorous use and harsh environments. Perfect for demanding applications.
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A high-resolution image of a robotic arm joint, 3D printed with a high-performance polymer, highlighting its smooth surface finish and precise dimensions, against a backdrop of a modern factory.
Superior Thermal Resistance
Engineering-grade materials offer superior thermal resistance, maintaining their structural integrity even at high temperatures. Ideal for aerospace and automotive applications requiring heat-resistant components.
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Lightweight and Complex Designs
Create lightweight and complex components with our advanced materials, reducing weight without compromising strength. Perfect for drones, specialized equipment, and other applications where weight is critical.
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