What is the relationship between the surface roughness of 3d-pa carbon fiber, as a 3D printing consumable, and the printing quality?

The surface roughness of 3D-PA carbon fiber is the result of the synergistic effect of materials, processes and equipment. Its optimization requires a multi-dimensional approach, including formulation design, parameter control and equipment upgrades.

How does 3D-PA carbon fiber achieve near-metal rigidity and dimensional stability while maintaining the toughness of nylon?

3D FISH's 3D-PA carbon fiber printing filament, through the scientific composite of a special nylon matrix and a high content of short-cut carbon fibers, successfully endows the material with near-metal rigidity and excellent dimensional stability while r

How do high-purity 3D filament filaments improve printing success rate and surface finish?

In the world of Fused Deposition Modeling (FDM) 3D printing, printer precision and slicing software parameters are crucial, but the truly decisive "invisible protagonist" is often the seemingly ordinary plastic filament.

What unique advantages does the excellent flexibility of ABS 3D filament bring to its use?

Although its high strength, heat resistance, and mechanical stability are often emphasized, the moderate flexibility of 3D filament—derived from the introduction of the butadiene rubber phase in its molecular structure—also brings many unique and practica

What are the mechanical performance advantages of PA 3D-filament when printing high-strength functional parts?

Compared to common PLA or ABS, PA 3D-filament exhibits significant advantages in tensile strength, impact toughness, abrasion resistance, and fatigue resistance. Its mechanical advantages stem not only from the intrinsic properties of the material but als

How does the chemical stability of ABS 3D filament support its long-term use in complex environments?

ABS 3D filament, with its inherent chemical stability derived from its molecular structure, demonstrates strong environmental adaptability in numerous engineering applications.