Download our paper on the advantages of low volume production for demanding functionality requirements
In environments with extreme conditions such as high temperatures, corrosive substances, or vacuums, traditional fasteners often fail to perform adequately. However, robust and versatile 3D-printed ceramic threaded fasteners offer a promising alternative, effectively handling these challenges while maintaining functionality. These fasteners are not only resilient against harsh conditions but also offer benefits like electrical insulation, non-magnetism, and resistance to corrosion and heat. This paper explores their innovative use and potential in demanding environments.
Finding the perfect fit for harsh environments, especially for custom or low-volume needs, presents significant challenges. Traditional fasteners often fall short, requiring specialized solutions. Custom ceramic fasteners are designed using models based on existing standards or bespoke designs. Since ceramic parts shrink during sintering, precise scaling is applied before printing to ensure accurate dimensions. Additionally, female threads need a slight increase in diameter to ensure a proper fit with mating threads, which is crucial for functionality.
Download the full paper now to explore these insights further.