01 / BULK FIBERFor compounding partners
Fiber Blend
Recovered carbon fiber supplied as a reinforcement feedstock. For industrial use, discuss bulk delivery, including large sacks, and the fiber format your compound needs.
Ask for test material →Materials made from recovered carbon
From recycled fiber to your next prototype.
Carbon Cleanup turns recovered carbon fiber into material you can work with: fiber blends for compounding, ready-to-process compounds and pellets, or filament for desktop 3D printing.
The material moment
Recovery is only useful when material can move on.
CARB-E prepares a defined stream. The next route can be fiber, compound, pellets or filament—selected around the intended application.
One recovered resource · several routes
Choose the form that fits your process.
The same starting point can become bulk fiber, a compounded feedstock or a printable material. Your machine, polymer and target part determine the right route.
STARTING POINTRecovered carbon fiberFlakes and fibers from composite recycling
Fiber BlendBulk fiber for compounders
Compounds & pelletsFor molding and large-format printing
FilamentFor FDM prototype printing
Material portfolio
Four ways to put recycled carbon to work.
Start with a test quantity for your prototype, then select the composition and delivery form that suit your process.
01 / BULK FIBER
02 / INJECTION MOLDINGFor molded parts
Ecoluxe
Recycled-carbon-fiber compounds for injection molding. Choose a polymer family and test it in your tooling before specifying a functional or visible part.
Compare variants →
03 / LARGE FORMAT 3D PRINTINGFor pellet-fed printers
Moon Materials
Recycled-fiber thermoplastic pellets for large-format additive manufacturing. A route for jigs, fixtures, tooling and full-size prototypes.
Compare variants →04 / FDM 3D PRINTINGFor desktop prototypes
Carbo3D
PETG15rCF is Carbon Cleanup’s recycled-carbon-fiber PETG filament. Use it to test fit, form and finish on a compatible FDM printer.
Ask for filament →Material comparison · infographic
Which material belongs in your machine?
Compare the delivery form and intended process first. Then choose a polymer formulation for the part you want to test.
01 Fiber BlendLoose recovered fiber
Bulk bags / test quantityCompoundingCustom compound trials
Bulk bags / test quantityCompoundingCustom compound trials
02 EcoluxeCompounded pelletsInjection moldingHousings · trim · functional parts
03 Moon MaterialsPrint pelletsLarge-format 3D printingJigs · fixtures · tooling
04 Carbo3D1.75 mm filamentFDM 3D printingDesktop prototypes · test parts
Material portfolio / formulations
Specify the polymer. Then qualify the grade.
The published portfolio lists 10–30% recycled CFRP content for the Ecoluxe and Moon Materials variants below. Confirm the exact composition, properties and availability for your application.
View all material specifications →EcoluxeInjection molding
Moon MaterialsLarge-format additive manufacturing
- rPETG rCF ↗Fixtures and display prototypes
- ABS rCF ↗Tooling and structural prototypes
- PP rCF ↗Hybrid process and short-run trials
Material grades are application-specific. Test processing, part performance and supply requirements before production use.
Start with a prototype
Tell us what you want to make.
Share your process, target part, polymer preference and test quantity. We can help identify a suitable material and discuss available samples or an order.