Poly (vinylidene fluoride-co-hexafluoropropylene)
Kynar® PVDF 3D filament without Warping!
PVDF is a semicrystalline polymer which experiences warping when it transitions from a melt to solid state. This stress is the result of crystallization and leads to dimensional distortion of the printed object and loss of adhesion to the build plate. Stress can be eliminated by annealing. But there is an easier way. Nile Polymers is pleased to introduce Fluorinar-C™ Kynar® PVDF 3D filament which completely eliminates warping in large PVDF 3D prints.
Available for the first time
Now large parts can be printed without loss of print bed adhesion. The final print remains perfectly flat after completion and cooling. Before the existence of 3D printing, one-off parts were typically made by machining from solid stock. Fluorinar-C™ now gives you possibilities: you can either print the part or print solid stock and create the part by machining. Either way, Fluorinar-C™ Kynar® PVDF 3D filament gives you the choices you need to complete your job.
Do you want to test the Fluorinar-C™ PVDF 3D filament on your printer? Fill out the adjacent form and we will send you a 5-meter sample of 2.85 mm filament. Print something with your Fluorinar-C™ 3D filament and let us know how it works for you.
Fluorinar-C™ PVDF Filament Advantages
Large PVDF 3D Prints: print sizes are only limited by machine print volume
Bottom print layer remains perfectly flat without using brims or rafts
Excellent build plat adhesion: no loss of part dimensions due to warping
No lifting around sharp corners on the printed part
Fully melt compatible with Fluorinar-H™ filament in multi-extrusion printers
Rapid prototype development
Small quantity part production
Cost-effective part manufacturing compared to machining from solid stock
CNC machining of printed solid stock for tight tolerance requirements
Optimal print settings can be achieved on all consumer-grade printers
No off-gassing during printing due to PVDF melt stability
Corrosion resistant prints
No loss of mechanical strength after long-term UV exposure
Large 3D Prints!
Additional information about Fluorinar-H™ PVDF filament and PVDF in general can be found on the following pages:
- Fluorinar-C™ 3D Filament Technical Data Sheet
- Fluorinar-C™ 3D Filament Safety Data Sheet
- Fluorinar-H™ 3D Filament Technical Data Sheet
- Fluorinar-H™ 3D Filament Safety Data Sheet
- Kynar® Chemical Resistance Chart
- Fluorinar-H™ PVDF Filament Overview
- Fluorinar-C™ PVDF Filament Overview
- PVDF Filament for Industrial 3D Printing
- Successful Prints with Fluorinar™ PVDF Filaments