LANDU Black PETG 3D printer filament 1kg spool displayed with functional 3D printed storage boxes holding metal screws.

3D printed white vase on a printer bed demonstrating great bed adhesion of LANDU PETG filament to increase print success rate.

LANDU PETG filament spool showing moisture reduction through 24 hours of drying before vacuum packing to ensure bubble-free 3D printing.

Digital caliper measuring LANDU white PETG filament showing precise 1.75mm diameter alongside a neatly wound spool for smooth feeding without clogging.

3D printed car phone mount made with LANDU PETG filament demonstrating excellent heat resistance and stability under direct sunlight.

Heavy duty 3D printed C-clamp hook holding a bag showcasing the tough and durable functional properties of LANDU PETG filament.

Glowing 3D printed bedside lamp highlighting the excellent light transmission and high gloss finish of LANDU translucent PETG filament.

Two 3D printed dog food bowls on a lawn demonstrating the food contact safety and water resistant properties of LANDU PETG filament.

LANDU White PETG 3D printer filament 1kg spool featured next to a highly detailed 3D printed white spherical base model.

LANDU Red PETG 3D printer filament 1kg spool alongside a decorative 3D printed red interlocking heart sculpture.

LANDU Gray PETG 3D printer filament 1kg spool displayed with a functional 3D printed planetary gear mechanism.

LANDU Transparent PETG 3D printer filament 1kg spool showcasing excellent light transmission with a 3D printed translucent lamp shade.

LANDU Filament PETG 1,75mm 1kg

Q: How do I prevent PETG from tearing and damaging my PEI or Glass build plate?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Always apply a release agent (like a glue stick, hairspray, or Magigoo) before printing PETG. PETG bonds excessively well to PEI, glass, and smooth surfaces. If printed directly onto a clean bed without a protective barrier, it can permanently fuse to the surface and tear chunks of the coating off during removal."}]}]}

Q: What part cooling fan speed should I use for PETG?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Unlike PLA, PETG requires very little cooling. For maximum mechanical strength and layer adhesion, keep your part cooling fan between 0% and 30%. If you use 100% fan speed, the layers will cool too quickly and fail to fuse, making your functional parts extremely brittle and easy to snap."}]}]}

Q: Why is my PETG stringing and oozing so much?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"PETG is highly hygroscopic (absorbs moisture from the air quickly). Moisture turns to steam in the nozzle, causing severe stringing, oozing, and popping sounds. To fix this, dry the filament at 60–65 ℃ for 6 to 8 hours. Additionally, lower your print temperature slightly (staying within 220-250 ℃) and fine-tune your retraction settings."}]}]}

Q: Can I use this PETG for outdoor items like garden tools or car accessories?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Yes! PETG is an excellent choice for outdoor use. It has strong UV resistance, so it won't degrade and become brittle in sunlight like PLA. It also has a higher heat deflection temperature (around 70–75 ℃), meaning it won't warp in a hot car during the summer."}]}]}

Q: Why are the supports so difficult to remove from my PETG prints?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"PETG naturally bonds very tightly to itself, which makes snapping off supports difficult. To make support removal easier, go into your slicer software and increase the \"Support Z-Distance\" (the gap between the support interface and the model) to around 0.2mm - 0.25mm."}]}]}

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Why choose LANDU?

High Toughness & Impact Resistance (Superior durability compared to standard PLA)
Strong Layer Adhesion (Optimal layer bonding for reliable functional prints)
Better Heat Resistance (Outperforms PLA in environments exposed to moderate heat)

How do I prevent PETG from tearing and damaging my PEI or Glass build plate?

Always apply a release agent (like a glue stick, hairspray, or Magigoo) before printing PETG. PETG bonds excessively well to PEI, glass, and smooth surfaces. If printed directly onto a clean bed without a protective barrier, it can permanently fuse to the surface and tear chunks of the coating off during removal.

What part cooling fan speed should I use for PETG?

Unlike PLA, PETG requires very little cooling. For maximum mechanical strength and layer adhesion, keep your part cooling fan between 0% and 30%. If you use 100% fan speed, the layers will cool too quickly and fail to fuse, making your functional parts extremely brittle and easy to snap.

Why is my PETG stringing and oozing so much?

PETG is highly hygroscopic (absorbs moisture from the air quickly). Moisture turns to steam in the nozzle, causing severe stringing, oozing, and popping sounds. To fix this, dry the filament at 60–65 ℃ for 6 to 8 hours. Additionally, lower your print temperature slightly (staying within 220-250 ℃) and fine-tune your retraction settings.

Can I use this PETG for outdoor items like garden tools or car accessories?

Yes! PETG is an excellent choice for outdoor use. It has strong UV resistance, so it won't degrade and become brittle in sunlight like PLA. It also has a higher heat deflection temperature (around 70–75 ℃), meaning it won't warp in a hot car during the summer.

Why are the supports so difficult to remove from my PETG prints?

PETG naturally bonds very tightly to itself, which makes snapping off supports difficult. To make support removal easier, go into your slicer software and increase the "Support Z-Distance" (the gap between the support interface and the model) to around 0.2mm - 0.25mm.

Product introduction

Le filament PETG LANDU 1,75 mm 1 kg est un matériau d'impression 3D FDM durable conçu pour les fabricants, les ingénieurs et les créateurs qui ont besoin de pièces imprimées plus solides et plus fiables. Le PETG combine des caractéristiques d'impression faciles avec une ténacité, une résistance aux chocs et une durabilité améliorées, ce qui en fait une excellente amélioration par rapport au PLA standard pour les applications fonctionnelles.

Disponible en plusieurs couleurs, dont le filament PETG noir, le filament PETG blanc, le filament PETG rouge, le filament PETG gris et le filament PETG transparent, le PETG LANDU offre à la fois des performances fiables et des options de conception flexibles pour les pièces mécaniques, les prototypes, les modèles extérieurs et les produits de tous les jours.

Compatible avec les imprimantes FDM populaires, y compris Bambu Lab, Creality, Prusa, Anycubic, Elegoo et FlashForge, le filament PETG LANDU est un choix de matériau abordable et fiable pour les utilisateurs qui ont besoin d'impressions plus solides avec une excellente adhérence des couches.

Caractéristiques principales

Haute ténacité et résistance aux chocs
Le PETG offre une ténacité significativement plus élevée que le PLA standard, ce qui le rend adapté aux pièces qui nécessitent durabilité et résistance.
Forte adhérence des couches
Conçu pour une liaison fiable des couches, contribuant à créer des impressions fonctionnelles plus solides.
Meilleure résistance à la chaleur que le PLA
Le PETG est plus performant que le PLA dans les applications exposées à une chaleur modérée et aux changements environnementaux quotidiens.