MATERIALS archivos - R3DIMENSION

Carbon fibre reinforced filaments for 3D printing: pros, cons and when to use them

Written by datohosting on October 23, 2026. Posted in GUIDES & TIPS, MATERIALS, TECHNOLOGY, TRENDS.

Carbon fibre reinforced materials for 3D printing: pros, cons and when to use them A growing trend: carbon fibre reinforced materials Materials reinforced with carbon fibre have become one of the most interesting options in industrial 3D printing. Filaments such as PETG-CF, ABS-CF, PA-CF, PC-CF and PPS-CF are increasingly used to make functional parts that need greater stiffness and dimensional stability. However, there is a widespread idea that any material with carbon fibre is automatically “better”. The reality is far more complex. In this article we look at what...

Flame-retardant materials for 3D printing: UL94 V0

Written by datohosting on October 23, 2026. Posted in MATERIALS, R3DIMENSION, TECHNOLOGY.

Flame-retardant materials for 3D printing Print safer parts Meet the UL94 V0 standard Flame-retardant 3D printing materials are designed to reduce fire spread and meet the highest safety standards. The UL94 V0 rating is the most demanding classification for fire resistance in plastics. Flame-retardant materials make it possible to produce safer, more reliable parts for demanding industrial environments. What the V0 rating means The V0 rating is the highest level of the UL94 standard. It means a material self-extinguishes quickly and does not produce flaming drips...

ABS 3D printing: how to avoid warping and cracking in large parts

Written by datohosting on October 23, 2026. Posted in GUIDES & TIPS, MATERIALS, R3DIMENSION.

How to 3D print ABS without warping or cracking in large parts How to keep large parts from warping and cracking ABS is one of the most widely used materials in industrial 3D printing for making strong, functional, professional-grade parts. However, when printing large parts, problems such as warping, cracking and layer separation become far more common because of thermal stress and uncontrolled temperature changes throughout the print. In large-format FDM printing, thermal stability is not just important: it is essential for reliable, repeatable industrial results. The difference...