KODAK NYLON 6 Filament for 3D Printers 750 g
The KODAK NYLON 6 Filament designed for Kodak 3D printers is one of the most versatile thermoplastics.
NYLON 6 (Polyamide 6/66 copolymer) is the strongest of all engineering plastics. Build handles, guides, holders, covers and other production aids that require good mechanical strength and tensile strength. Excellent resistance to heat, oils, solvents and chemicals.
The "Fluo" variety transmits ultraviolet / black light, allowing you to create objects that glow in the dark.
Do not use in direct contact with food. Do not leave exposed to air, because it easily absorbs moisture, which can significantly affect the print.
- Very strong, unbreakable functional objects.
- High abrasion resistance.
- Low coefficient of friction (slippery).
Used mainly for printing functional parts with high resistance.
Low humidity ensures high efficiency
Your polyamide must be strong and your polyurethane elastic. A thoroughly controlled production process protects your material from pellets to be packaged at the molecular level.
Original materials adapted to every application
KODAK purchases each of its polymer materials from the appropriate suppliers in each segment to ensure optimal performance in your projects.
Print accuracy and surface smoothness
The highest accuracy of roundness and diameter is essential for trouble-free feeding and reproducible performance on any 3D printer.
A wide range of materials and colors
Bearing in mind engineers and designers, KODAK always develops new products to improve 3D printing capabilities.
- Print temperature
- 245 +/- 5°C
- Table temperature
- 110°C not glass
- Filament diameter
- Filament type
- Specific gravity
- 1.14 g/cm³ (ISO 1183/B)
You might also like
16 other products in the same category:
Z-FLEX is a flexible filament that can bend without breaking and is resistant to various chemicals, including gasoline, ethyl alcohol, butane and carbon monoxide. It can be...
An original cartridge with PVA filament for XYZprinting's da Vinci 2.0 Duo printer.