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Recreus is launching the brand new PET-G CF filament for 3D printing, a materials with glorious mechanical properties to ensure excessive impact-resistant components with out relinquishing the benefit of PET-G printing.
Recreus began the 12 months dedicated to innovation and to proceed rising its product portfolio with state-of-the-art supplies. The corporate is inaugurating 2022 by launching a brand new materials: PET-G CF, a PET-G-based filament strengthened with carbon fiber.
PET-G with an additional ingredient
The brand new PET-G CF is a PET-G (polyethylene terephthalate glycol) based mostly filament, which can also be composed of carbon fiber nanoparticles. It’s characterised by its impression and wear-resistance, chemical and excessive thermal resistance, in addition to its excessive tenacity and low density.
Contemplating PET-G filament as an acceptable and highly effective materials for the creation of technical and industrial components, the CFF model additional will increase its properties. Because of this, 3D printed components obtain an elastic modulus thrice larger and a breaking power 5 occasions larger than with typical PET-G. It additionally has higher dimensional stability and accuracy and a superior means to withstand deformation.
Purposes for PET-G CF
PET-G CF is a really enticing materials for a lot of industries, a filament beneficial for components which have to resist impacts or must have good power. It’s splendid for the manufacturing of electronics, equipment, vehicles and family home equipment, in addition to for creating chassis and enclosures, bicycle components, equipment and textiles, casing covers or medical components, similar to prostheses or equipment and parts for orthopedic mechanisms, amongst many others.
For printing PET-G CF Recreus recommends utilizing hardened metal or ruby sort nozzles, avoiding brass nozzles that are likely to erode simply. As well as, a printing temperature of 245-260 °C, with a mattress temperature of 70°C needs to be carried out, sustaining a printing velocity of 40-60 mm/s and a retraction velocity of 20-50 mm/s at a distance of 1-2 mm.
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