Creality PLA Matte Rainbow 1kg

Creality Matte PLA combines the easy printing characteristics of PLA with a refined, non-glossy surface. It offers consistent extrusion, reliable layer adhesion and low shrinkage while helping soften the appearance of layer lines and minor surface imperfections.

Manufactured at the standard 1.75mm diameter, this filament is suitable for compatible Creality machines and most modern hobbyist FDM 3D printers capable of printing PLA.

Colourful, Refined Printing with Creality Matte PLA

• Matte Rainbow Transitions: Gradually changes between multiple colours while maintaining a soft, low-gloss appearance.
• Reduced Layer-Line Visibility: The matte texture helps disguise layer lines and minor surface imperfections.
• Unique Results: Colour placement varies according to the amount of filament used, making every model distinctive.
• No Filament Changes Required: Produces multicoloured prints from a single spool and standard single-nozzle printer.
• Beginner Friendly: Easy printing characteristics make it suitable for both new and experienced makers.
• Reliable Layer Adhesion: Supports consistent models with a reduced risk of failed layers.
• Low Warping: Minimal shrinkage helps maintain dimensional accuracy during printing.
• Ideal for Decorative Projects: Perfect for figurines, vases, toys, ornaments, sculptures and articulated models.
• 1kg of 1.75mm Filament: Provides ample material in the standard diameter used by most modern FDM 3D printers.
• Broad Printer Compatibility: Designed for Creality machines and suitable for most printers capable of printing 1.75mm PLA.
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Choose Creality PLA Matte Rainbow Filament when you want easy, dependable printing with flowing colours and an elegant low-gloss finish.

Please Note: The colours visible in the finished model depend on its size, geometry, filament usage and the spool’s starting position. Smaller prints may not display every colour in the transition. Matte PLA is best suited to decorative models, prototypes and lightly loaded parts rather than high-impact or heat-resistant applications.