Rev1 PA-CF Carbon-Fiber Nylon Nylon Toughness, Carbon-Fiber Stiffness
Nylon Toughness, Carbon-Fiber Stiffness
Rev1 PA-CF combines the durability of nylon with carbon-fiber reinforcement for exceptional strength, stiffness, and dimensional stability — a premium composite filament built for functional, load-bearing parts. Deep matte carbon-fiber black finish. Full specifications →
In stock and batch-tested — ships fast from Rev1. Need a print profile or bulk pricing? Just ask.
Stiff, low-warp, vacuum-sealed, supported by humans.
Rev1 PA-CF is precision-extruded 1.75 mm carbon-fiber-reinforced filament, wound evenly and vacuum-sealed with desiccant — its carbon fiber adds stiffness and holds parts dimensionally stable — then made-to-order and supported from Auburn Hills, Michigan.
Carbon fiber where you need stiffness, nylon where you need toughness.
Nylon (polyamide) is one of the toughest, most wear-resistant printable polymers — but on its own it can warp and flex. Rev1 PA-CF adds chopped carbon-fiber reinforcement to lock in stiffness and dimensional stability while keeping nylon's durability, giving you a premium composite for brackets, housings, fixtures, and functional end-use parts that have to survive real loads.
Carbon-fiber stiffness — nylon toughness.
A premium composite for parts that have to survive real loads.
Unfilled nylon is tough but can flex and warp. Rev1 PA-CF locks in stiffness and dimensional stability with chopped carbon-fiber reinforcement while keeping nylon's durability and wear resistance — ideal for brackets, housings, fixtures, and functional end-use parts. It prints to a deep matte carbon-fiber black with an excellent surface finish.
Built for parts that carry a load.
Characteristics typical of carbon-fiber reinforced PA (nylon). Ask us for the current Rev1 PA-CF datasheet to confirm exact figures for your application.
Chopped carbon fiber delivers high stiffness and a rigid, dimensionally stable print.
Strong under sustained load with far less flex than unfilled nylon.
The fiber reinforcement resists shrink and warp for accurate, repeatable parts.
Nylon's natural wear resistance suits gears, bushings, and moving parts.
Holds up in warmer service environments better than PLA or PETG.
A deep matte carbon-fiber black that looks production-ready off the bed.
Typical starting settings for carbon-fiber nylon.
Typical starting conditions for carbon-fiber PA. Carbon fiber is abrasive, so a hardened nozzle is required; nylon is hygroscopic, so dry it before printing.
A typical carbon-fiber nylon hotend range — confirm against your printer.
A heated bed with a suitable adhesive gives reliable first-layer grip.
Use a hardened-steel or abrasion-resistant nozzle — carbon fiber wears out brass fast.
Nylon absorbs moisture; dry the filament before printing and keep it in a dry box.
An enclosure improves layer bonding and further reduces warp on larger parts.
Every spool is checked for tight diameter tolerance and reliable, repeatable printing.
Carbon-fiber nylon for parts that have to perform.
PA-CF pairs nylon's toughness and chemical resistance with chopped carbon fiber for exceptional stiffness, dimensional stability, and a premium matte-black finish — a genuine engineering material for functional, load-bearing parts.
Metal-replacement strength without the weight.
Load-bearing brackets and mounts that hold their shape under real stress.
PA-CF's stiffness and creep resistance make it a genuine metal-replacement for functional brackets, mounts, and load paths.
Built for heat, oil, and vibration.
High heat deflection and chemical resistance for demanding under-hood parts.
Intake components, ducts, and housings that survive the engine bay — where nylon's toughness meets carbon fiber's stiffness.
Precise, rigid tooling for the line.
Stiff, wear-resistant end-effectors and jigs that keep their tolerances.
Grippers, end-effectors, and automation tooling that stay accurate through repeated high-speed cycles.
Carbon-fiber nylon vs. glass-fiber nylon vs. unfilled nylon.
Approximate positioning among nylon grades — confirm exact figures against the current datasheet.
| Rev1 PA-CF | PA-GF (glass) | Unfilled Nylon | |
|---|---|---|---|
| Stiffness | Very high | High | Moderate |
| Toughness | High | High | Very high |
| Surface finish | Excellent, matte black | Matte | Standard |
| Nozzle | Hardened required | Hardened required | Standard OK |
| Weight | Light | Slightly heavier | Light |
| Best for | Max stiffness, lightweighting | Stiff, economical | Toughest, most ductile |
Qualitative comparison among nylon grades; confirm exact properties against the current datasheet.
Rev1 PA-CF Technical Data
RESOURCES
Datasheet & Print Support
Everything you need to qualify and print Rev1 PA-CF.
WHY REV1 TECH
Rev1 Material. Engineering-Filament Specialists.
Rev1 Technologies stocks, ships, and supports the Rev1 Material line from Auburn Hills, MI, with real print support.
We help you pick the right engineering polymer, dial in the profile, and keep production running.
FAQ
Rev1 PA-CF — Common Questions
Do I need a hardened nozzle?
Yes. The carbon fiber that gives this filament its stiffness is abrasive and will quickly wear out a standard brass nozzle. Use a hardened-steel or other abrasion-resistant nozzle.
Do I have to dry it?
Yes. Nylon is hygroscopic and absorbs moisture from the air. Dry the filament before printing and keep it in a dry box for the best surface finish and strength.
Do I need an enclosure?
It's recommended. An enclosure improves layer bonding and reduces warp, especially on larger parts — though many parts print well on an open, heated-bed machine.
How is PA-CF different from PA-GF?
Both are reinforced nylon. Carbon fiber (CF) is stiffer and lighter with a premium matte-black finish; glass fiber (GF) is stiff and more economical. We'll help you choose based on your part.
What sizes and colors are available?
Carbon-fiber black in 1.75 mm, on 1 kg spools. ask us about bulk.
Can Rev1 help me qualify it?
Yes. Tell us the part, loads, and environment and our materials team confirms fit, suggests print settings, and can share the full datasheet. Call (248) 707-2950.