Both fillers make nylon stiffer and stronger. Glass does it cheaply; carbon fiber does it with less weight and adds electrical conductivity.
Side by side
| Carbon-Filled Nylon | Glass-Filled Nylon | |
|---|---|---|
| Stiffness | Higher at the same fill | High |
| Weight | Lighter for the same stiffness | Heavier |
| Static control | Dissipative to conductive | Insulating |
| Wear against mating parts | Generally gentler | More abrasive |
| Color | Black only | Natural, black or colored |
| Relative cost | Higher | Lower |
Typical, general comparisons. Individual grades vary; check the data sheet.
Choose Carbon-Filled Nylon when
- Maximum stiffness for the weight
- Static dissipation (ESD) is needed
- Better wear behavior in moving parts
Choose Glass-Filled Nylon when
- Cost is the priority
- You need color or electrical insulation
- High-volume structural parts
Carbon-filled nylon & PP · Glass-filled nylon · ESD-safe parts · Tell us the grade you run now →