For sale Parts 3D Printed Carbon Fibre Nylon Accessories (APFG MCX / MPX - Salvo Precision - and more)

It’s a bit misleading claiming that PA12-CF is the most resistant material you can print in. There’s a few other engineering materials that at much stronger and can be printed in a commercial printer.

PA6-CF is the next more robust material. Then you have all the PP-CF variants.

Also if these aren’t your own design. Be sure to have the correct license. Most 3DP licenses are private use. It drives me mad when I find my designs on the forum or eBay when that person definitely bought a personal copy from me.

Bambu PAHT-CF	57.5 kJ/m²
Bambu PPA-CF	41.7 kJ/m²
Bambu PA6-CF	40.3 kJ/m²
Bambu PPS-CF	27.8 kJ/m²

You’ve now over simplified it. PAHT is just the brand name of Bambus PA12.
And you’re solely looking at toughness which isn’t a credible measure on its own. For example TPU’s toughness is double that of PA12.

There’s several other factors such as layer adhesion, stiffness and strength that indicate the suitability of the material.

that's impact resistance mate, not toughness. Bambu PAHT-CF is not straight PA12, it's better, impact resistance, moisture absorption, overall strength, layer strength, they are all superior compared to PA6-CF. You just needed to google it and you'd have had your answer, here https://uk.store.bambulab.com/produ...LY2gq3bs830EIxboYlISDIkR3XT_TiH8Paes0gTay075W

Not sure why people feel like they need to come and do a lecture under other people posts for no reasons.

For sale Parts 3D Printed Carbon Fibre Nylon Accessories (APFG MCX / MPX - Salvo Precision - and more)

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