high-temperature performance

Innovations in 3D Printing: Titanium Alloy Lattice + Aluminum Liquid Casting for Lightweight High-Strength Metal Composites

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Innovations in 3D Printing: Titanium Alloy Lattice + Aluminum Liquid Casting for Lightweight High-Strength Metal Composites

The 3D printing technology reference has noted that a research team from the University of Toronto’s Faculty of Engineering has designed a new type of material that is both extremely lightweight and incredibly strong—it can maintain its strength even at temperatures of 500℃. These characteristics make it highly valuable in aerospace and other high-performance industries. … Read more

Breaking Through the Bottleneck of 3D Printing! Chinese Scientists Develop Niobium Alloy Resistant to 1600°C High Temperatures, Performance Enhanced Sevenfold

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Breaking Through the Bottleneck of 3D Printing! Chinese Scientists Develop Niobium Alloy Resistant to 1600°C High Temperatures, Performance Enhanced Sevenfold

In fields such as aerospace and energy, the demand for metal materials that can withstand extreme high temperatures is increasingly urgent. However, traditional manufacturing techniques struggle to process complex structures of high-temperature components, while 3D printing technology has faced challenges in applying to thermally sensitive metals due to high thermal stress issues.Recently, Chinese scientists have … Read more

Study on the High-Temperature Performance of 3D Printed Continuous Carbon Fiber/Epoxy Composite Materials

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Study on the High-Temperature Performance of 3D Printed Continuous Carbon Fiber/Epoxy Composite Materials

Introduction High-Performance Resin Laboratory Paper Information In 2025, the journal Composites Communications published a paper on a high glass transition temperature (Tg) 3D printed continuous carbon fiber reinforced polymer composite, titled 3D printing of continuous carbon fibre reinforced high-temperature epoxy composites. Background Significance Using high-viscosity thermoplastic matrices for 3D printing samples often results in internal … Read more