3D printing constitutes a revolutionary technology that experiences continuously expanding applicability to numerous industrial sections. However, the predefined physicochemical, thermal and mechanical properties of existing thermoplastic filaments set strong limitations to the application of 3D printing manufacturing...
Denier measures the fiber thickness of individual filaments (or threads) in the fabric. Jackets with a high-denier face fabric (50D) are thicker and more abrasion-resistant. Fabrics with a low denier (20D or lower) are soft and less durable. If you are going hiking and backpacking in ...
The use of carbon fibers in 3D printing expands its applications due to its strength and reduced weight.The use of carbon-filled filaments, such as PET-G Carbon and PA Carbon, opens up a world of possibilities in fields where these characteristics are crucial. One of the most vibrant arenas...
In 3D printing, polymers, and polymer-based composites are often utilized, especially in the production of fused filaments. includes a variety of fillers such as ceramic and metal nanoparticles. Except for directed-energy deposition, polymers are often employed in 3D printing. It is possible to ...
The lightweight and composite intermediate product, to be shaped into light and strong structures, has at least one thermoplastic film (1) bonded to at least one grid (2) of tensed reinforcement filaments (3,4) combined with thermoplastic filaments. The film has a weight of 20-1000 g/m<2...
The continuous filaments have a diameter of 1.75 mm and come from the supplier wound on a spool. ULTEM 9085CF is an ULTEM 9085-matrix composite with chopped carbon-fiber additions. Single-material and multi-material parts were made. The filaments used in the multi-material parts were ULTEM ...