eSUN Upgraded Matte PLA Filament 1.75mm
Product description
The essentials
The eSUN Upgraded Matte PLA Filament delivers a refined frosted texture and a shine-free finish that elevates decorative and artistic prints. This 1.75 mm PLA filament is designed for reliable extrusion and smooth bed adhesion across a wide range of FDM printers, making it a solid choice for everyday hobbyists and makers alike. The two 1 kg spools arrive ready for extended projects, reducing interruptions and helping you plan larger builds with confidence. With its matte light khaki colour, this filament offers a calm, natural look that suits both practical parts and display pieces. Expect easy feeding, consistent flow, and a surface that feels less plastic and more crafted. 😊 The upgraded formulation balances print speed and detail, enabling cleaner layers and improved visual depth without sacrificing ease of use.
Technical details
- Name: eSUN Upgraded Matte PLA Filament 1.75mm
- Type: Filament
- Format: 1.75mm diameter
- Size: 1 kg per spool
- Capacity: 2 spools per pack
- Material: PLA
- Colour: Matte Light Khaki
- Texture: Frosted finish for reduced layer visibility
- Printing guidance: Recommended extrusion temperature 190–230°C, bed 45–60°C
- Compatibility: Suitable with most FDM 3D printers including Raise3D, Prusa, Voron, Creality, Bambu Lab
- Notes: Improved bed adhesion and steady extrusion with smoother feed and minimal clogging
Who it’s for
You’ll appreciate this filament if you value a subtle, sophisticated finish for decorative pieces, prototypes, or classroom models. It suits artists and engineers alike who want reliable performance and a refined look without a glossy sheen. If you are working on projects where texture and colour nuance matter, this matte PLA provides a pleasant tactile finish and a professional aesthetic. For beginners, the material’s ease of use keeps printing approachable while its consistency supports growing into more intricate designs. Overall, it offers good value with durable, impact-resistant results and straightforward post-processing, making it a dependable choice for regular 3D printing tasks.