PLA MATTE THE FILAMENT 1.75mm 1KG
SKU: PLA-MATT-THEFIL-24202-001
Brand: THE FILAMENT
Colors
Elevate your 3D printing projects with THE FILAMENT PLA Matte 1.75mm 1KG, engineered to deliver a stunning modern aesthetic paired with exceptional mechanical performance. Formulated with an innovative mineral additive, this premium PLA filament provides superior dimensional stability and increased stiffness while producing rich, vibrant prints with an ultra-smooth matte finish. By virtually eliminating visible layer lines, it transforms standard prints into sleek, professional-grade models perfect for prototyping, architectural designs, display models, and functional everyday objects.
Key Features
- Flawless Matte Finish: Effectively masks layer lines for a clean, professional surface appearance with rich color saturation.
- Enhanced Structural Integrity: Enriched with mineral additives for improved mechanical strength, higher stiffness, and exceptional dimensional accuracy.
- Seamless High-Speed Printing: Optimized formulation guarantees smooth extrusion, zero stringing, and crisp detail retention even at elevated print speeds.
- AMS & Multi-Material Compatible: Fully compatible with standard desktop 3D printers and automated multi-filament/AMS systems.
- Hassle-Free Printing: Requires no heated print chamber, offering an easy, reliable printing experience for both beginners and seasoned professionals.
General
- Brand
- THE FILAMENT
- Product Name
- PLA MATTE THE FILAMENT
- Product Type
- 3D Printer Filament
- Material
- PLA Matte (Polylactic Acid with Mineral Additive)
Filament Specifications
- Diameter
- 1.75 mm
- Net Weight
- 1.0 kg
- Finish
- Matte / Non-Reflective
- Additives
- Innovative Mineral Additive
Printing Compatibility & Settings
- AMS Compatibility
- Yes
- Heated Enclosure Required
- No
- High-Speed Printing Support
- Yes
- Recommended Printer Type
- FDM / FFF 3D Printers
Physical & Mechanical Properties
- Layer Line Visibility
- Ultra-Low / Virtually Invisible
- Stiffness
- Enhanced
- Dimensional Stability
- High
- Stringing Tendency
- Minimal / Optimized Flow