28
2025
-
11
DLP 3D printing technology is used to prepare lightweight and heat-resistant zirconia ceramic lattice screws
Author:
ADT
The latest research on zirconia ceramic DLP ceramic 3D printing.
Zirconia ceramics have become key materials in the aerospace and military defense fields due to their excellent thermal stability, corrosion resistance and wear resistance. The method of combining ceramic materials with specific structural designs (lattice structures) to increase the service limit of materials has attracted extensive attention from researchers. Recently Professor Li Ling from Shandong Industrial Ceramics Research and Design Institute published an article titled "Lightweight high-heat-resistance zirconia ceramic lattice screws" in Ceramics International prepared by photocuring 3D printing technology. They used finite element simulation to design and select a lattice model with low thermal conductivity, fabricated it using DLP ceramic 3D printing, and experimentally verified its mechanical properties.
The original link: https://doi.org/10.1016/j.ceramint.2024.12.429
The rapidly developing ceramic 3D printing technology enables products to have complex and multi-scale geometric shapes, providing a new solution for the preparation of complex lattice ceramic products. The research focuses on the technology of preparing lightweight and heat-resistant zirconia ceramic lattice screws using DLP3D printing technology. Firstly, through finite element simulation technology, a lattice structure suitable for 3D printing and with both thermal and mechanical properties meeting the requirements is selected. Then, through 3D printing technology, a ZrO₂ ceramic screw with excellent mechanical and thermal properties was designed and fabricated, and the screw was filled with a unique lattice structure inside.
Research methods and data on the production of zirconia ceramic screws by DLP ceramic 3D printing
In this paper, a low thermal conductivity and lightweight ZrO₂ lattice model was first designed and selected through finite element simulation. Then, M10 zirconia ceramic lattice screws were fabricated and formed using ZrO₂ slurry and photopolymerization 3D printing technology. The main conclusions can be summarized as follows:
(1) Through simulation and experimental screening, a ZrO₂ lattice structure with a cell size of 3 mm square and a wire diameter of 1 mm was optimized. The heat transfer temperature at its tail was 79.184 ℃, which was 98.654 ℃ lower than that of the solid ZrO₂ structure. The filling rate of the ZrO₂ lattice structure is 74.10%, which is 25.90% lower than that of the solid structure. In addition, the flexural strength of this ZrO₂ lattice structure can reach 433 MPa.
(2) Through the above screening and optimization, the preparation and molding of lattice-filled M10 standard screws were completed, achieving the transformation from theoretical simulation to component application, which is conducive to further promoting the application of ZrO₂ in the aerospace field.
Related News
undefined
Consult Now
If you are interested in our products, please leave your email and we will contact you as soon as possible, thank you!
Contact us
Shenzhen Address: Room 120, Park 1, Overseas Students Pioneer Park, Longgang District, Shenzhen City, Guangdong Province Foshan Address: 304-1, Building A, No. 92, Yanbu Sui Yanxi Road, dali town, Nanhai District, Foshan City, Guangdong Province
Link
We're here to answer all yourquestions. Fill out our contact formand we'll connect you with the peoplewho can help.
Follow us
Powered by: China Enterprise Power Shenzhen SEO Privacy Policy