FDM 3D Printing Materials
From Everyday PLA to Engineering-Grade Polypropylene
We print a full range of FDM materials — from everyday prototyping plastics to tough engineering and composite filaments. Our specialty is the warp-prone plastics most shops can't handle: polypropylene (PP), PP carbon fiber, ABS, and ASA. Not sure which fits your part? Send us the application and we'll recommend the right material.
Every FDM material — including the tough ones most shops can't print.
We've mastered the tough, warp-prone engineering plastics that fail on most 3D printers: polypropylene (PP), PP carbon fiber (PP-CF), PPSCF, ABS, and ASA. If your part needs chemical resistance, living hinges, fatigue strength, or outdoor durability — this is our wheelhouse.
Here's every material family we run, and what each is best at:
1. Standard & Prototyping: PLA, PLA+, PETG, ABS, and ASA — rigid, easy-to-iterate materials for concept models, functional prototypes, enclosures, brackets, and outdoor-ready parts.
2. Flexible: TPU and TPE — rubber-like materials for gaskets, seals, grips, bumpers, and flexible hinges.
3. Engineering: Nylon (PA6/PA12) carbon fiber-reinforced polyphenylene sulfide (PPSCF) and (PPS) and polypropylene (PP) — gears, bearings, living hinges, chemical-resistant housings, and watertight containers. PP is notoriously hard to print. We've mastered it.
4. Composite & Fiber-Reinforced: PP Carbon Fiber (PP-CF), PA-CF, PETG-CF, and PC-CF — stiff, strong, dimensionally stable parts for jigs, fixtures, robotics frames, and structural brackets. Very few shops print PP-CF. We do.
5. High-Performance: PEEK — aerospace- and medical-grade strength, 250°C+ heat resistance, and extreme chemical resistance for the most demanding applications.
Whatever your part needs — chemical resistance, flex fatigue, stiffness, heat — we'll match it to the right material and quote it fast. Request a quote today and we'll help you pick the right plastic the first time.
Polypropylene (PP) — Our Specialty
Polypropylene is one of the hardest plastics to 3D print — severe warping and poor bed adhesion make it fail on most machines. We've dialed it in. PP delivers outstanding chemical and moisture resistance, fatigue strength, and the best living hinges in FDM: parts that flex thousands of cycles without cracking. We print PP prototypes and low-volume production parts for lab equipment, automotive components, watertight housings, and chemical-resistant fixtures. Need even more stiffness? Our PP Carbon Fiber (PP-CF) adds rigidity and dimensional stability while keeping PP's chemical resistance — a combination very few shops anywhere can print.
Not Sure Which Material? Ask Us.
Tell us the part, the environment it lives in, and the loads it takes — we'll recommend the right FDM material and quote it fast, usually the same day. Concept models in PLA, functional prototypes in PETG, outdoor housings in ASA, wear parts in nylon, chemical-resistant fixtures in PP, structural brackets in carbon fiber: we've matched hundreds of parts to the right plastic the first time. Send your CAD file through our contact page and a real engineer will look at it — not a quoting bot.
Material Questions, Answered
Can you 3D print polypropylene? Yes — PP and PP carbon fiber are our specialty, printed reliably every week.
Why is PP so hard to 3D print? It warps badly and won't stick to standard build surfaces — it takes PP-specific plates, tuned settings, and experience. That's why few services offer it.
Can you print living hinges? Yes. PP living hinges are our signature — they flex thousands of cycles without cracking.
What's the strongest material you print? For stiffness, carbon-fiber composites (PP-CF, PA-CF). For heat and chemicals, PEEK — aerospace-grade, 250°C+.
Which material resists chemicals best? Polypropylene and PEEK top the list; PETG handles everyday solvents on a budget.
Don't see your material or application here? Ask — if it's FDM, we either run it or will tell you honestly who can.
