Print strong, durable, and heat-resistant parts with Creality CR-ABS Grey, an ABS filament designed for reliable everyday printing, good mechanical performance, and a clean, professional grey finish.
Creality CR-ABS combines the strength, toughness, and heat resistance associated with ABS with reliable extrusion for functional 3D printing applications. It is suitable for mechanical components, engineering prototypes, brackets, enclosures, housings, and replacement parts that require greater durability and heat resistance than standard PLA.
The Grey finish provides a neutral, understated appearance that is well suited to engineering components, industrial-style models, functional prototypes, and everyday mechanical parts.
Key Features
Material: CR-ABS
Colour: Grey
Filament Diameter: 1.75mm
Net Weight: 1kg
Strong and durable
Good impact resistance
Higher heat resistance than standard PLA
Good mechanical strength
Suitable for functional and mechanical parts
Reliable extrusion for consistent print results
Suitable for engineering prototypes and replacement components
Professional grey surface finish
Suitable for general-purpose ABS printing
Compatible with a wide range of 1.75mm FDM/FFF 3D printers
The mechanical properties of ABS make it a useful material for parts that need to withstand everyday handling, moderate heat, and mechanical stress. For best results, use appropriate printing temperatures, a suitable build surface, and stable ambient conditions.
Recommended Print Settings
Nozzle Temperature: 220–260°C
Heated Bed: 80–110°C
Cooling Fan: Off or low as a starting point
Printing Speed: Start at 30–60mm/s and adjust according to your printer and model
Enclosure: Recommended to help maintain a stable printing temperature and reduce warping
These temperature ranges are consistent with Creality's published ABS filament guidance and its South African product listing for standard Creality ABS. The exact settings may vary depending on the specific filament formulation and printer. <Cite
For a starting point, try a nozzle temperature of approximately 220–260°C and a heated bed temperature of around 100°C, provided these settings are supported by your printer and build surface. Adjust in small increments to achieve good layer adhesion, dimensional accuracy, and a consistent surface finish.
ABS can be more prone to warping and shrinkage than PLA, particularly when printing large or flat parts. Using a suitable build surface, maintaining a stable ambient temperature, and printing in an enclosure can help improve bed adhesion and reduce deformation.
Ideal For
Creality CR-ABS Grey is suitable for:
Functional parts
Mechanical components
Brackets and mounts
Jigs and fixtures
Engineering prototypes
Enclosures and housings
Tools and workshop accessories
Automotive-related components
Replacement parts
Industrial applications
Household items
Display models
General-purpose parts
The grey colour is particularly useful for functional and professional-looking parts where a neutral appearance is preferred. It is well suited to mechanical assemblies, equipment housings, workshop accessories, and engineering prototypes.
Compatibility
Designed for FDM/FFF 3D printers using 1.75mm filament and compatible with printers capable of printing ABS materials.
Suitable printers may include compatible models from Creality, Bambu Lab, Anycubic, FlashForge, and other manufacturers, provided the printer can reach the required printing temperatures and maintain suitable printing conditions.
An enclosed printer is recommended for improved temperature stability and reduced warping, particularly when printing larger parts. Actual print quality and achievable speeds will depend on your printer's hotend, extruder, nozzle size, cooling system, acceleration settings, model geometry, and required extrusion flow.
Storage
For optimal printing performance, keep the filament sealed in its original packaging and store it in a cool, dry environment when not in use.
Moisture can affect extrusion consistency and surface quality. If the filament has absorbed moisture, drying it according to the manufacturer's recommendations may help restore reliable printing performance.
When printing ABS, ensure adequate ventilation and follow the printer and filament manufacturer's safety recommendations.