A printed gear in your machine keeps wearing flat after a few weeks. A PLA hinge snapped on the first cold morning, and the PETG bushing squeaks and binds under load. Some parts need more than stiffness: they need to slide, flex and keep working through thousands of cycles.
Creality CR-Nylon is a natural-colour nylon filament for exactly those parts. It is tough, wear resistant and slippery, with low friction that makes it suited to gears, bushings, hinges and clips.
Functional moving parts that keep running long after PLA and PETG would have failed.
Nylon (Polyamide) Filament | 1.75mm, 1kg Spool | Natural Colour | 230 to 260°C Nozzle | ±0.03mm Diameter Tolerance | Wear Resistant, Low Friction | Oil and Solvent Resistant
Who Creality CR-Nylon filament is built for
Engineers making functional mechanisms
Gears, cams, bushings and sliding guides need low friction and wear resistance. Nylon delivers both, along with the toughness to handle shock loads. On a Creality K1C 2025 3D printer, its enclosure helps keep nylon warm and stable while printing. Print a replacement gear set for a conveyor or test rig, run it in, and replace it only when the design changes, not because it wore out.
Small manufacturers producing wear parts
Clips, cable guides, living hinges and spacers are often cheaper to print than to source, if they last. CR-Nylon resists oils, solvents and repeated flexing, so parts survive real service conditions. A batch of 50 snap-fit cable clips for an installation job can be printed in-house and fitted the same week, without waiting on imported moulded parts.
Robotics, RC and drone hobbyists
Crash-prone parts need to flex instead of shattering. Nylon's toughness makes it a strong choice for drone landing gear, RC suspension parts and robot gears. Print a set of nylon spur gears and wheel hubs on an Creality Ender-3 V3 KE 3D Printer and replace brittle PLA parts that kept breaking.
What sets Creality CR-Nylon filament apart
Low friction for parts that move
Nylon is the standard engineering plastic for moving parts because it combines low friction with high wear resistance. That is why moulded gears, bushings and slides are so often nylon. Printed in CR-Nylon, these parts run more quietly and wear more slowly than PLA or PETG equivalents. Mating surfaces bed in rather than grinding away, so a nylon gear pair can keep running long after a PLA pair would have lost its tooth profile.
Tough and flexible under load
Nylon bends and absorbs impact rather than cracking, so clips, hinges and brackets survive repeated assembly and accidental knocks. Creality describes CR-Nylon as highly durable and flexible, able to flex without breaking. That makes it a practical material for snap-fits and living hinges, which fail quickly in brittle plastics. Its good layer adhesion at 230 to 260°C gives strong bonding between layers, which matters for parts loaded across the layer lines in fused filament fabrication.
Resistant to oils, solvents and heat
Workshop and machine parts are exposed to lubricants, fuels and cleaning solvents. Creality states CR-Nylon resists many chemicals, including oils and solvents, and offers good heat resistance compared with everyday filaments. That suits parts near motors, inside machines or in vehicles. Natural nylon also accepts dye and paint, so you can colour-code finished parts or match a product colour after printing.
Consistent diameter for reliable extrusion
Nylon is less forgiving to print than PLA, so consistent filament matters. CR-Nylon is held to a ±0.03mm diameter tolerance, which keeps extrusion steady and reduces under-extrusion and blobs. The bigger factor is moisture: nylon is strongly hygroscopic, and damp nylon prints with bubbles, stringing and weak layers. Dry it before printing and print from a dryer such as the Creality Space Pi V2 Filament Dryer for consistent results.
Full specifications: Creality CR-Nylon filament
| Spec | Value |
|---|---|
| General | |
| Brand | Creality |
| Product | CR-Nylon Enhanced Strength Filament |
| Store SKU | CRE780 |
| Manufacturer part number | 3301050002 |
| Material | |
| Material type | Nylon (polyamide) |
| Colour | Natural |
| Properties | Wear resistant, low friction, tough and flexible, oil and solvent resistant, heat resistant, paintable and dyeable |
| Printing | |
| Nozzle temperature | 230 to 260°C |
| Nozzle type | Standard brass nozzle suitable (unfilled nylon) |
| Bed adhesion | Heated bed with glue stick recommended |
| Enclosure | Recommended for large parts |
| Physical | |
| Filament diameter | 1.75mm |
| Diameter tolerance | ±0.03mm |
| Net weight | 1kg |
| Spool | Plastic |
| Compatibility | |
| Printers | 1.75mm FDM printers reaching 260°C, including Creality K1, K2, Ender-3 V3 SE and KE |
Ordering, shipping and support for Creality CR-Nylon filament
We courier Creality CR-Nylon to any address in South Africa, or you can collect it from our Centurion or Boksburg store. Creality filament is covered against manufacturing defects, with queries handled locally by our technical support team. If you print nylon often, a dedicated dryer pays for itself in fewer failed prints, and the Creality Space Pi V2 Plus Dual Filament Dryer handles two spools at once. For carbon-fibre reinforced and other engineering grades, browse our speciality filament range.
Frequently asked questions about Creality CR-Nylon filament
Should I choose CR-Nylon or a carbon-fibre nylon?
Choose CR-Nylon for parts that must flex, slide or absorb impact. Carbon-fibre nylon such as 3DX Tech CarbonX Nylon Filament, 1.75mm, 0.75kg, Black is stiffer and more dimensionally stable for brackets and structural parts, but it needs a hardened nozzle.
Does CR-Nylon really not warp?
It warps less than many nylons, but no nylon is completely warp-free. Use a heated bed, a thin layer of glue stick, a brim on large flat parts and an enclosure or draft-free room. Small and medium parts usually print well on open printers; large flat parts benefit most from an enclosure.
Do I need to dry it before printing?
Yes, drying is the single most important step with nylon. It absorbs moisture from the air within hours, causing popping, bubbles, stringing and weak, rough parts. Dry the spool before printing and keep it in a dryer or sealed container with desiccant while it feeds the printer.
Can my Ender-3 V3 SE print it?
Yes, the Ender-3 V3 SE reaches 260°C, which covers CR-Nylon's 230 to 260°C range. Print in a draft-free room, use glue stick on the bed and keep parts small to medium. The KE and K1 series give more headroom and better results on larger parts.
Is it suitable for South African humidity?
Yes, with careful storage. Inland Highveld conditions are dry for much of the year, but coastal humidity will quickly ruin an open spool. Store it sealed with desiccant and dry before each print. We ship nationwide, and our local support team can help you dial in nylon settings.