PRUSA PLA+ MATT White 1kg
Matte white PLA+ filament PRUSA for detailed and representative 3D prints
Prusa PLA+ MATT White is a high-quality matte PLA+ filament in a rich, opaque white color. Thanks to the reduced gloss, it hides small layers, improves the appearance of models and is ideal for design prototypes, decorations, models, functional parts with an emphasis on appearance and printing of fine details. Suitable for most FDM 3D printers with a nozzle from 0.4 mm.
Product details
- SKU:
- WC42325
- Brand:
- Průša
- Category:
- Filament
Product description
PRUSA PLA+ MATT White – matte white PLA+ filament for professional results
Prusa PLA+ MATT White is a matte, opaque white PLA+ filament designed for reliable printing and a top-quality surface. The matte surface helps suppress layer visibility, reflections, and minor imperfections, making it suitable for representative models, design prototypes, and final decorative parts.
The filament is designed for common FDM/FFF 3D printers with a filament diameter of 1.75 mm and offers a wide range of printing temperatures 190–210 °C and a heatbed 40–60 °C, which ensures easy setup even on hobby printers.
Main advantages and use
- Matte surface – elegant appearance, less visible layers and reflections
- Rich white color – ideal for prototypes, client presentations, and models intended for painting
- Easy printing – PLA+ prints similarly to classic PLA, but with better mechanical resistance
- High dimensional accuracy – stable filament diameter for consistent extrusion
- Good interlayer adhesion – stronger and more durable prints than with regular PLA
- Suitable for models, architectural models, decorations, figures, teaching aids, and small functional parts in the interior
Recommended print settings
| Parameter | Value* |
|---|---|
| Printing technology | FDM / FFF |
| Nozzle temperature | 190–210 °C |
| Heatbed temperature | 40–60 °C |
| Required part fan | Yes, 100 % |
| Recommended layer height | from 0.05 mm |
*Specific values may require fine-tuning according to the printer type, nozzle, and printing speed.
Material properties
- Material: PLA+ (modified PLA for better toughness)
- Filament diameter: 1.75 mm (tolerance ±0.02 mm)
- Density: approx. 1.25 g/cm³
- Heat deflection temperature: approx. 55–60 °C
- Recommended use: indoor environment, decorations, prototypes, visual models
- Postprocessing: possible by wet sanding, filling, and painting
Warning: Like regular PLA, PLA+ is not suitable for parts exposed to long-term higher temperatures (e.g., in a car in the sun) or for permanent outdoor use.
Who is PRUSA PLA+ MATT White suitable for
- Beginners who want an easy-to-print material with a nice surface
- Makers and hobby users who require a better appearance than with regular glossy PLA
- Professionals, designers, and architects for prototypes, models, and presentations
- Schools and educational institutions that need reliable material for teaching 3D printing
Tips for successful printing
- Before printing, clean the print surface (isopropyl alcohol / alcohol) for best adhesion.
- Start e.g. at 200 °C nozzle / 60 °C heatbed and fine-tune according to the result.
- Use the fan turned on to achieve sharp details and better overhangs.
- For higher part strength, increase the number of perimeters and infill (e.g., 3 perimeters, 20–30 % infill).
PRUSA PLA+ MATT White is a great choice for everyone who wants a clean white model with a matte, professional appearance and at the same time a simple print setup without unnecessary complications.
Key features:
- Matte white PLA+ filament for an elegant, non-reflective print surface
- Easy printing on most FDM/FFF 3D printers with 1.75 mm diameter
- Print temperature range 190–210 °C and heatbed 40–60 °C
- Suitable for very fine layers from 0.05 mm – detailed models and prototypes
- Better toughness than regular PLA, stronger and more durable parts
- Rich, opaque white color – ideal for presentations, models, and painting
- Stable dimensional accuracy and reliable extrusion for consistent printing
- Possibility of wet sanding and further surface finishing
