Hrl Labs Ceramics

Hrl laboratories llc one of the most innovative labs working on ceramics 3d printing has developed a novel method used to additively manufacture components made from fracture resistant ceramic matrix composites cmcs.

Hrl labs ceramics.

The company actually calls it a pre ceramic resin that prints like a. Hrl s preceramic polymers can be cured in a layer wise fashion on off the shelf desktop stereolithography systems. The air force research laboratory s aerospace systems directorate recently announced that it is working together with hrl laboratories to additively manufacture high temperature ceramic materials that are well suited for hypersonic aircraft. Hrl laboratories llc continues its research push to advance the state of the art in additive manufacturing am of high performance alloys.

La compañía cree que el proceso pronto podría ser utilizado en la industria aeroespacial. The researchers formulated their. Hrl has developed a platform technology to rapidly and scalably manufacture architected lattice materials based on polymers metals and ceramics suitable for a variety of applications. The hrl technology is a new preceramic polymer resin for additive manufacturing of ceramics that overcomes the limitations of traditional ceramic processing.

No more rivet guns unweldable metals can now be 3 d printed thanks to nanoparticles. Researchers at hrl laboratories llc have achieved a new milestone in 3d printing technology by demonstrating an approach to additively manufacture ceramics that overcomes the limits of traditional ceramic processing and enables high temperature high strength ceramic components. In order to get around the inherent fragility of ceramics the hrl team developed a novel process that required the development of a ceramic fiber reinforced cmc. Architected materials with periodic cellular structure exhibit unprecedented properties that cannot be achieved with conventional materials.

Hrl laboratories ha desarrollado una nueva técnica de fabricación aditiva con cerámica un material extremadamente resistente al calor ya que puede llegar a soportar temperaturas superiores a 1 400 grados celsius.