Specialty MaterialsCollection
Unique materials with special properties including glow-in-the-dark, wood-filled, carbon fiber, and conductive options
GLOW
8-12H
TYPES
8+
EFFECT
UNIQUE
UNIQUE EFFECTS
SPECIAL
Premium Effects
Key Properties
| PROPERTY | VALUE | RATING |
|---|---|---|
| Unique Effects | Various | |
| Strength | Variable | |
| Appearance | Distinctive | |
| Print Difficulty | Moderate to Hard | |
| Applications | Specialized | |
| Availability | Limited Colors |
Typical Applications
Glow-in-the-Dark
Wood-Fill
Carbon Fiber
Conductive
Design Guidelines
Glow-in-the-Dark
Charge with UV or bright light for 10+ minutes
Thicker walls glow longer and brighter
Wood-Fill
Can be stained, sanded, and finished like real wood
Varies print temperature to change wood grain appearance
Carbon Fiber
Abrasive - requires hardened nozzles
Provides excellent strength-to-weight ratio
Conductive
Lower conductivity than pure metals
Ideal for prototyping electronic enclosures
Available Colors
Glow Green
Glow Blue
Wood Natural
Wood Dark
Carbon Fiber
Conductive Black
Metal Fill Silver
Metal Fill Copper
Don't see the color you need?
Industry Applications
Safety & Emergency Equipment
Glow-in-the-dark safety signage, emergency markers, and visibility components for industrial facilities
KEY BENEFITS:
Decorative & Artistic Items
Wood-fill decorative objects, artistic pieces, and aesthetic components with natural finishes
KEY BENEFITS:
Frequently Asked Questions
How long does glow-in-the-dark material glow?
After a full charge with bright light, our glow materials can glow visibly for 8-12 hours, with the brightest glow in the first 2 hours.
Can wood-fill material be finished like real wood?
Yes, wood-fill can be sanded, stained, painted, and sealed just like real wood. It even has a wood-like smell when printing.
Is carbon fiber filament as strong as real carbon fiber?
No, it's PLA or PETG with short carbon fiber strands. It's stronger than regular plastic but not as strong as true carbon fiber composites.
What's the conductivity of conductive filament?
Our conductive filament has a resistance of about 15 ohms/cm, suitable for basic circuits and EMI shielding but not high-current applications.
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