Matte yellow 1.75 mm 1 kg Smart Print PETG Filament

Product Overview

Smart Print PETG in matte is a 1.75 mm FDM filament designed for reliable printing, strong layer adhesion and a refined low-gloss surface finish. It combines the practical durability of PETG with an attractive satin appearance, making it a suitable choice for both functional components and presentation-focused models.

Main Features

• Matte finish: creates a smooth satin look with reduced surface gloss and less need for post-processing.
• Reliable print behaviour: formulated for stable extrusion, good bed adhesion and reduced risk of warping when correctly configured.
• Strong and durable: offers very good impact resistance and dependable layer bonding for everyday technical prints.
• Chemical resistance: suitable for parts that may be exposed to oils, alcohols, acids or alkalis in demanding environments.
• Broad compatibility: designed for most standard FDM 3D printers that support 1.75 mm filament and a heated bed.

Technical Specifications

• Material: PETG
• Colour: Matte
• Filament diameter: 1.75 mm
• Diameter tolerance: ±0.03 mm
• Net weight: 1 kg
• Recommended nozzle temperature: 230-250°C
• Build plate temperature: 80-90°C
• Recommended build surfaces: PEI, glass
• Printing speed: 30-70 mm/s
• Cooling: fan setting approx. 70%, typically enabled after the first layers
• Drying guideline: 70-85°C for 4-8 hours before use if moisture absorption is suspected

Use Cases

• Functional parts: suitable for housings, brackets, jigs and fixtures that require strength and stable layer bonding.
• Display models: a good option for presentation pieces where a clean matte appearance is preferred.
• Prototyping: useful for impact-resistant prototypes and general-purpose engineering prints.
• Workshop and studio printing: well suited to everyday prints that benefit from low warp and dependable adhesion.

For best results, store the filament in a dry, airtight environment and dry before printing when needed. Printing performance may vary depending on printer design, nozzle setup and model geometry.