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PC ABS Filament
€40.00
inc. VAT
Out of stock
SKU
000028517046-1
🔨 3DTrcek PC-ABS Filament
Engineered in Slovenia. Trusted across Europe.
Need parts that survive heat and impact? Our PC-ABS blends polycarbonate strength with ABS toughness for 📏 dimensional stability, reduced warping, and a smooth, paint/plate-ready surface.
✅ Engineering-Grade Toughness • 🔥 Heat-Ready (~102–113 °C) • ✨ Smooth, Post-Process Friendly
Join 20,000+ users printing with 3DTrcek filaments today!
PC-ABS FILAMENT
The best of both: polycarbonate strength & heat resistance + ABS toughness & printability. 3DTrcek PC-ABS delivers impact-tough, heat-ready (~102–113 °C) parts with a smooth, paint/plate-ready finish. Engineered in Slovenia.
✅ Engineering-Grade Toughness
🔥 High Heat Resistance (~102–113 °C)
🧹 Strong Interlayer Bond
✨ Smooth, Post-Process Friendly
✅ Built for Real-World Loads
PC-ABS blends PC strength with ABS toughness for brackets, fixtures, housings, and tools that last.
🔥 Heat-Ready (~102–113 °C)
Withstands elevated temps (car interiors, near motors) where PLA/PETG soften or deform.
📏 Low-Warp Formulation
Reduced shrink vs. ABS; better flatness and dimensional stability on large parts with an enclosure.
✨ Smooth, Pro Finish
Clean surface straight off the bed; sands, paints, and electroplates for showroom-ready prototypes.
🧹 Excellent Layer Adhesion
Optimized interlayer bonding for tough Z-axis performance and fewer layer-split failures.
🔧 Printer-Friendly Setup
Dialed slicer profiles; prints reliably on enclosed desktops and prosumer machines.
When to choose PC-ABS over regular ABS?
Compared to standard ABS, PC-ABS delivers higher heat resistance, stronger parts, and a smoother finish — with less warping and better dimensional stability.
Regular ABS
- 🔹 Moderate heat resistance (prone to softening in hot cars)
- 🔹 Higher shrinkage — warps on large/flat parts
- 🔹 Good toughness but weaker interlayer bond than PC-ABS
- 🔹 Surface needs more finishing for presentation-grade parts
PC-ABS
- 🔹 Higher heat tolerance (~102–113 °C application window)
- 🔹 Stronger, tougher parts; improved impact resistance
- 🔹 Lower warp & better dimensional accuracy (with enclosure)
- 🔹 Smooth, paint/plate-ready finish for pro prototypes
- 🔹 Easier than pure PC; more capable than ABS
Note: Results depend on part design and settings. For best flatness and layer bond on large parts, use an enclosure or heated chamber and follow our print guide.
Built for Demanding Applications
Print parts that work in the real world — heat-resistant, impact-tough, and dimensionally stable.
🚗
Automotive & Industrial
- Under-hood clips & brackets
- Interior trim, mounts & fixtures
- Functional prototypes & jigs
🔋
Electronics & Enclosures
- Device housings & instrument panels
- Robot/drone frames, camera mounts
- Shop-floor fixtures near heat
💼
Professional / Design
- End-use mechanical parts
- Paint/plate-ready appearance models
- Gears, hinges, functional mechanisms
Understanding Your 3DTrcek PC-ABS Filament
Key characteristics of PC-ABS — engineered for heat resistance, impact toughness, strong layer bonding, and a smooth, post-processable surface.
Core Properties
- Mechanical: High impact toughness, strong interlayer bond, reliable Z-strength.
- Thermal: Typical heat tolerance ~102–113 °C (part & settings dependent).
- Dimensional: Lower warp/shrink vs. ABS for flatter, more accurate large parts (with enclosure).
- Surface: Smooth finish that sands, paints, and electroplates cleanly.
Post-Processing
- Finishing: Sands/machines well; wet-sand for smooth surfaces; primer + paint for cosmetic parts.
- Plating: Compatible with electroplating workflows for metal-look prototypes.
- Bonding: Solvent welding (ABS cements) and mechanical fastening work reliably.
Storage & Drying
- Keep Dry: Store sealed with desiccant; avoid UV exposure.
- Drying: 65–75 °C for 4–6 h if moisture-logged; cool sealed before use.
- Temp: Store between 0 °C and 40 °C away from heat sources.
Considerations When Printing with PC-ABS
PC-ABS is an engineering-grade blend. Review these guidelines for best strength, flatness, and surface quality.
All-Metal Hotend Recommended
Print at high temps to unlock properties: nozzle ~260–280 °C (tune per hotend). Brass nozzles are fine (no fibers).
Heated Bed & Adhesion
Use a 100–110 °C bed on textured PEI or similar. Light glue-stick/adhesive helps on large footprints.
Enclosure / Chamber
Strongly recommended for large/flat parts. A 50–70 °C chamber improves layer adhesion and reduces warp.
Cooling & Speeds
Minimal part cooling (0–20%) for strength. Moderate speeds improve interlayer bond and surface consistency.
Ventilation & Safety
Styrene-based blend can emit fumes. Print in an enclosed, ventilated setup or with filtration.
Brims & Design Tips
Use a 5–10 mm brim/raft on big parts. Add fillets/chamfers to corners; consider ribs to boost stiffness without mass.
Engineered Without Compromise
3DTrcek filaments are manufactured to the highest engineering standards — for makers, designers, and those who demand perfection.
- ✅ Industrially precision-wound for zero tangles
- ✅ Engineered with strict ±0.05mm diameter tolerance
- ✅ No recycled materials, 100% virgin-grade polymers
- ✅ Inspected & sealed within 5 minutes of extrusion
- ✅ Trusted by engineers, educators, and designers across Europe
Real footage from our industrial filament winding process
Works Flawlessly with Your Printer. Guaranteed.
Optimized for Bambu, Prusa, Creality, Anycubic, and more — just load and print.
Bambu
Prusa
Creality
Anycubic
Elegoo
Get our Technical Datasheets and Bambu/Orca Slicer Printing Profiles
Get instant access to our technical datasheets and optimized slicer profiles
Material Technical Datasheets
Detailed specifications, mechanical properties, and handling guidelines
Bambu/Orca Slicer Profiles
Pre-configured profiles for perfect prints with your favorite slicer
Advanced Printing Guides
Expert techniques for achieving professional results
Exclusive Updates
Be the first to know about new materials and profiles
Why 3DTrcek? Quality You Can Trust.
Experience the difference of meticulously engineered filaments, backed by decades of expertise and global trust.
55+ Years Expertise
Leveraging over half a century in plastic processing for unmatched filament quality.
Trusted Worldwide
Relied upon by 20,000+ customers and 5,000+ companies globally.
500,000+ Rolls Produced
Our extensive production scale ensures consistent, top-quality standards for every project.
Why Choose 3DTrcek Filament?
Experience the difference of precision engineering. Stop wasting time and filament on frustrating print failures.
Key Advantage
Generic Filament
3DTrcek Filament
Print Reliability
❌
Frequent clogs & jams
Frequent clogs & jams
✅
Smooth, consistent flow
Smooth, consistent flow
Dimensional Accuracy
❌
Fluctuates widely
Fluctuates widely
✅
Strict ±0.05mm
Strict ±0.05mm
Successful Prints
❌
High failure rate
High failure rate
✅
Success with every spool
Success with every spool
Print Strength & Durability
❌
Brittle, weak bonds
Brittle, weak bonds
✅
Strong, durable prints
Strong, durable prints
Tangle-Free Guarantee
❌
Knots ruin prints
Knots ruin prints
✅
Precision wound, no tangles
Precision wound, no tangles
Color Consistency
❌
Dull, inconsistent
Dull, inconsistent
✅
Vibrant, batch-consistent
Vibrant, batch-consistent
Warping Control
❌
Prints lift off bed
Prints lift off bed
✅
Stable prints, easy adhesion
Stable prints, easy adhesion
Manufacturing Origin
❌
Often unverified (China)
Often unverified (China)
✅
Proudly Made in EU (Slovenia)
Proudly Made in EU (Slovenia)
Expert Support
❌
Minimal or none
Minimal or none
✅
Real engineers ready to help
Real engineers ready to help
Quality Guarantee
❌
Buy at your own risk
Buy at your own risk
✅
Print satisfaction guaranteed
Print satisfaction guaranteed
Hear From Our Satisfied Makers
Don't just take our word for it – see why thousands of 3D printing enthusiasts trust 3DTrcek for their best prints.
★★★★★
"Finally, a filament that just works! My Bambu Lab P1S has never been happier. No tangles, no fuss – just perfect prints every time. Highly recommend!"
– David, Hobbyist Maker
★★★★★
"I switched to 3DTrcek because of price, but I stayed for the quality. The precision is unmatched, and I've never had a failed print due to filament. It's truly engineering-grade material, made right here in Europe."
– Martin, Product Designer
★★★★★
"As a small business owner, every wasted print costs me. 3DTrcek filaments have drastically cut down my material waste and improved print reliability, which directly impacts my bottom line."
– Robert, Small Business Owner
Your Journey to Flawless 3D Printing
Discover how 3DTrcek Filament elevates your entire printing experience, from your very first spool.
🌟 First Week
From day one, experience pure ease and reliability that transforms your initial prints:
- ✅ Flawless first prints: Zero clogs, tangles, or frustrating failures.
- ✅ Plug-and-print: No tuning or calibration headaches.
- ✅ Skyrocketing confidence: Spend more time printing, less time troubleshooting.
🧪 First Month
As your skills grow, 3DTrcek Filament empowers you to push boundaries with new capabilities:
- ✅ Reliable long prints: Confidently tackle multi-hour and overnight projects.
- ✅ Higher speeds, better quality: Optimized for faster printing without sacrificing detail.
- ✅ Explore advanced materials: Seamlessly transition to ABS, ASA, TPU, and more.
🏆 Third Month
By now, 3DTrcek Filament has become your indispensable partner for professional-grade results:
- ✅ Addicted to the results: 3DTrcek is the standard and you can't go back to generic brands.
- ✅ No more second guessing: You trust your filament to work — now all your focus goes into creativity.
- ✅ Your workshop runs on 3DTrcek: You’ve built a workflow around precision, speed, and reliability.
Lab-Tested for Real-World Stress
In-house testing validates strength, adhesion, and dimensional consistency.
Mechanical Properties
Tensile and flexural tests support dependable everyday strength.
Thermal Stability
Consistent melting behavior across batches for predictable results.
Flow Consistency
Melt flow checks prevent under-extrusion and clogging issues.
Dimensional Precision
Laser micrometers monitor diameter for stable extrusion and clean layers.
Roundness & Ovality
Cross-section control for smooth feeding and accurate prints.
Detailed Surface Inspection
Every spool inspected for a clean, sharp, professional finish.
PC-ABS Printing Recommendations
Optimal settings for reliable, heat-ready results with 3DTrcek PC-ABS Filament (black & natural)
Temperature Settings
Printing Temperature
270 ℃
Range: 260 ℃ – 285 ℃ (all-metal hotend recommended)
Bed Temperature
105 ℃
Range: 95 ℃ – 110 ℃
Chamber / Enclosure
50–70 ℃ (recommended)
Use an enclosure for best layer bond & flatness on large parts
Drying Settings
65 ℃ / 4–6 h
If filament has absorbed moisture (popping/rough surface)
Part Cooling
0–20 %
Keep low/off for strength & warp control
Important Notes
PC-ABS blends polycarbonate strength with ABS toughness. For best results, print hot with minimal cooling and in an enclosure for larger/flat parts. Use a 5–10 mm brim and a light glue-stick/adhesive on PEI for extra hold. Provide ventilation as with any styrene-based material.
Speed & Flow Settings
Printing Speed
60–150 mm/s
Maximum (machine-dependent): ~220 mm/s
Volumetric Flow
18–24 mm³/s
Tune per nozzle & hotend capacity
Flow Ratio
0.98–1.00
Start at 1.00; calibrate with walls
Retraction
Direct: 0.8–1.2 mm @ 25–35 mm/s
Bowden: 2–4 mm @ 30–40 mm/s
Need Technical Assistance?
These values are proven starting points for PC-ABS. Printers vary — feel free to tune outside these ranges for your specific setup, part geometry, and desired strength/finish.
+386 (0)1 242 83 60
Frequently Asked Questions
Everything you need to know about PC-ABS
How heat-resistant is it?
Typical application window is about ~102–113 °C depending on part geometry and print settings. Ideal for car interiors, near motors, and other warm environments where PLA/PETG deform.
Does it warp like regular ABS?
Less than standard ABS, especially with an enclosure. PC-ABS shows reduced shrinkage and stronger interlayer bonding. For large, flat parts, use a brim and keep the chamber warm for best results.
Do I need an enclosure or ventilation?
An enclosure is strongly recommended for dimensional stability and layer adhesion on bigger prints. As a styrene-based blend, ensure ventilation/filtration when possible.
Is it AMS/MMU friendly?
Yes — stable diameter and tidy winding make it suitable for Bambu AMS and other multi-spool systems. For best results with PC-ABS, print in an enclosed machine (e.g., X1/P1 with door/cover).
What surface finish can I expect?
A smooth, professional finish that sands well. PC-ABS is paint-ready and compatible with electroplating workflows for metal-look prototypes. Minimal part cooling improves surface consistency.
Do I need a hardened nozzle?
No — PC-ABS is not fiber-filled. A brass nozzle is fine. We recommend an all-metal hotend for sustained 260–285 °C temperatures.
Do I need to dry or special-store it?
Store sealed with desiccant. If exposed to humidity (stringing, popping), dry at ~65 °C for 4–6 hours. Proper storage improves surface quality and layer adhesion.
Any design tips for strong parts?
Use generous fillets/chamfers on corners, optimize wall count (3–5 walls), and align layer lines with load paths. Keep cooling low and ensure adequate per-layer time for consistent bonding.
| Color | White |
|---|
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