Rizium™ Carbon Fiber

from $99.00
Size:

Rizium™ Carbon Fiber is an advanced engineering-grade filament designed specifically for FFF 3D printing. Through its Cyclic Olefin Coplymer blend with Carbon Fiber, it provides high throughput, hassle free 3D printing creating parts that have stunning visual finish, close to isotropic properties, very low moisture absorption, excellent chemical resistances, and certified printing safety.

Key Benefits

• No drying required — ultra-low moisture absorption (<0.01%)

• Near-isotropic strength — excellent layer adhesion, strong in all directions

• Strong yet lightweight with a high strength-to-weight ratio

• High rigidity and dimensional stability (minimal elongation, low shrinkage)

• Outstanding surface finish — smooth, professional prints with minimal layer lines

• Reliable and easy to print — low warping, minimal stringing, forgiving process window

• High-speed printing — up to 250 mm/s and 30 mm³/s flow rate

• Chemical resistance — withstands acids, alcohols, and ketones

• Subzero stable — reliable and strong in cryogenic and refrigerated environments

• UV stability and low outgassing — ideal for cleanrooms, electronics, and outdoor enviroments

• Low VOC’s — safe for labs and indoor spaces

• Compatible with most modern FFF printers (requires hardened nozzle)

Rizium™ Support
Rizium™ Support
$75.00

Rizium™ Carbon Fiber is an advanced engineering-grade filament designed specifically for FFF 3D printing. Through its Cyclic Olefin Coplymer blend with Carbon Fiber, it provides high throughput, hassle free 3D printing creating parts that have stunning visual finish, close to isotropic properties, very low moisture absorption, excellent chemical resistances, and certified printing safety.

Key Benefits

• No drying required — ultra-low moisture absorption (<0.01%)

• Near-isotropic strength — excellent layer adhesion, strong in all directions

• Strong yet lightweight with a high strength-to-weight ratio

• High rigidity and dimensional stability (minimal elongation, low shrinkage)

• Outstanding surface finish — smooth, professional prints with minimal layer lines

• Reliable and easy to print — low warping, minimal stringing, forgiving process window

• High-speed printing — up to 250 mm/s and 30 mm³/s flow rate

• Chemical resistance — withstands acids, alcohols, and ketones

• Subzero stable — reliable and strong in cryogenic and refrigerated environments

• UV stability and low outgassing — ideal for cleanrooms, electronics, and outdoor enviroments

• Low VOC’s — safe for labs and indoor spaces

• Compatible with most modern FFF printers (requires hardened nozzle)

Ideal Applications

• Functional prototypes and end-use parts
• Aerospace and UAV components
• Robotics arms, brackets, and end-effectors
• Cold storage and cryogenic equipment
• Chemical processing equipment and lab tools
• Electronics, optics, and sensor housings
• Medical device prototypes (non-implantable)
• Cleanroom-safe parts (GREENGUARD certified)
• Field-repair tools and replacement parts

Specs at a Glance

Printer Guidelines

• Nozzle Temp: 220–260°C
• Bed Temp: 90°C
• Speed: 40–250 mm/s
• Cooling Fan: 20–70%
• Layer Height: 0.1–0.3 mm
• Nozzle: Hardened steel or wear-resistant
• Bed Surface: PEI, G10, or textured plate
• Support Type: Tree or snug with Rizium™ Support

What's Included

• Spool of Rizium™ Carbon Fiber filament
• Resealable storage bag
• Material Safety + TDS available for download

Notes & Considerations

• Not suitable for prolonged exposure to hydrocarbons (e.g. oils, fuels)
• Not ideal for applications over 75°C
• Bridging and unsupported overhangs should be well-supported during slicing

Print strong. Print fast. Print with confidence.
Try Rizium™ Carbon Fiber today to elevate your 3D printing and products.

Downloads:

Rizium™ Carbon Fiber TDS Rizium™ Carbon Fiber SDS