Filament Wire iLike PLA 1.75 mm 10 m White – iLike C1

iLike C1 PLA filament wire, 1.75 mm diameter and 10 m length in white, is designed for FDM/FFF 3D printers that accept 1.75 mm filament. This PLA material is a biodegradable thermoplastic commonly used for general-purpose prototyping, scale models and decorative prints. The compact 10 m spool provides a convenient supply for small projects, test prints, configuration tuning and quick repairs without committing to a full-size reel.

Advantages

The filament offers consistent diameter and good layer adhesion typical of PLA, enabling reliable extrusion on most hobby and entry-level printers. Its white color produces neutral, easily painted surfaces and clear contrast for detail inspection. The short spool format reduces storage space and waste for single-use tasks and sample prints, and the lower mass reduces filament tangling risk during short runs.

Suitable for

• Prototyping small functional parts and concept models
• Calibration prints and parameter testing
• Decorative items, figurines and model details
• On-the-spot repairs and replacement parts
• Material samples and color testing

Key specifications

• Material: PLA (polylactic acid), biodegradable thermoplastic
• Diameter: 1.75 mm nominal
• Length: 10 meters
• Color: white
• Spool format: compact, small-format spool suitable for short prints

How to use

Load the 1.75 mm filament into the printer according to the printer manufacturer’s instructions. Typical print temperature for PLA ranges from 190–220 °C; start in the mid-range and adjust based on layer adhesion and surface finish. Use a heated bed at 40–60 °C or print on an unheated surface with appropriate adhesion aids such as glue stick or blue tape. Print at moderate speeds to reduce stringing and improve fine detail. After printing, allow parts to cool before removal to minimize warping.

Usage recommendations

Store the filament spool in a dry environment away from direct sunlight and high humidity. For consistent results, dry the filament if it has been exposed to moisture before printing. When testing new settings, print small calibration models to refine temperature and retraction parameters for your specific printer and nozzle size.