LANDU PLA+ Filament 1.75mm 1kg | Impression FDM Résistante

Q: What exactly makes PLA+ different from standard PLA?

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Q: Is PLA+ heat resistant enough to be left in a hot car?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"No. Despite its improved toughness, PLA+ shares the same low heat deflection temperature as standard PLA (around 55–60 ℃). If left in a hot car during summer or exposed to direct, intense sunlight, it will soften and warp permanently."}]}]}

Q: Can I use PLA+ instead of PETG or ABS for functional parts?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"It depends on the application. For indoor mechanical parts like gears, hinges, or brackets that bear moderate loads, PLA+ is excellent because it is incredibly stiff and tough. However, if the part requires high heat resistance or outdoor UV resistance, you must use PETG or ABS."}]}]}

Q: Why am I getting more stringing with PLA+ than with standard PLA?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"The toughening additives in PLA+ make it slightly more prone to stringing if printed too hot. If you experience stringing, try lowering your nozzle temperature by 5 ℃ (staying within the 210–230 ℃ range) and slightly increase your retraction distance."}]}]}

Q: Does PLA+ require an enclosed 3D printer?

{"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Not at all. PLA+ has an extremely low shrinkage rate and practically zero warping. It prints perfectly on open-frame printers at room temperature, making it incredibly beginner-friendly."}]}]}

What exactly makes PLA+ different from standard PLA?

PLA+ contains proprietary additives that significantly reduce the brittleness of standard PLA. While regular PLA snaps easily under pressure, PLA+ has higher impact resistance and will flex slightly before breaking. It also features stronger interlayer bonding.

Is PLA+ heat resistant enough to be left in a hot car?

No. Despite its improved toughness, PLA+ shares the same low heat deflection temperature as standard PLA (around 55–60 ℃). If left in a hot car during summer or exposed to direct, intense sunlight, it will soften and warp permanently.

Can I use PLA+ instead of PETG or ABS for functional parts?

It depends on the application. For indoor mechanical parts like gears, hinges, or brackets that bear moderate loads, PLA+ is excellent because it is incredibly stiff and tough. However, if the part requires high heat resistance or outdoor UV resistance, you must use PETG or ABS.

Why am I getting more stringing with PLA+ than with standard PLA?

The toughening additives in PLA+ make it slightly more prone to stringing if printed too hot. If you experience stringing, try lowering your nozzle temperature by 5 ℃ (staying within the 210–230 ℃ range) and slightly increase your retraction distance.

Does PLA+ require an enclosed 3D printer?

Not at all. PLA+ has an extremely low shrinkage rate and practically zero warping. It prints perfectly on open-frame printers at room temperature, making it incredibly beginner-friendly.

Product introduction

Le filament LANDU PLA+ 1,75 mm 1 kg est un matériau d'impression 3D amélioré à base de PLA, conçu pour les fabricants, les débutants et les créateurs qui ont besoin d'une meilleure ténacité tout en conservant une facilité d'impression. Comparé au filament PLA standard, le PLA+ offre une durabilité améliorée, une adhésion de couche plus forte et une meilleure résistance à la rupture, le rendant adapté aux pièces fonctionnelles, aux prototypes, aux modèles et aux projets d'impression 3D quotidiens.

Disponible dans une large gamme de couleurs vives, notamment le filament PLA+ noir, le filament PLA+ blanc, le filament PLA+ orange, le filament PLA+ rose, le filament PLA+ argent, le filament PLA+ violet, le filament PLA+ marron, le filament PLA+ rouge, le filament PLA+ jaune, le filament PLA+ bleu, le filament PLA+ vert et le filament PLA+ gris, le LANDU PLA+ aide les créateurs à obtenir à la fois des performances fiables et d'excellents résultats visuels.

Compatible avec les imprimantes 3D FDM populaires, notamment Bambu Lab, Creality, Prusa, Anycubic, Elegoo et FlashForge, ce filament PLA+ de 1,75 mm est un choix fiable pour l'impression fonctionnelle, les modèles créatifs et les objets imprimés en 3D pour un usage quotidien.

Caractéristiques principales

Ténacité améliorée par rapport au PLA standard
Le PLA+ est modifié à partir du PLA traditionnel pour offrir une meilleure ténacité et réduire la fragilité lors de l'utilisation.
Facilité d'impression
Conserve les caractéristiques conviviales du PLA, le rendant adapté aux débutants et à l'impression quotidienne.
Forte adhérence des couches
Une meilleure liaison entre les couches contribue à créer des pièces imprimées plus durables.

Prêt pour l'impression fonctionnelle

Convient pour :

Engrenages
Supports
Composants de jouets
Supports de téléphone
Produits de stockage
Large sélection de couleurs

Disponible en plusieurs couleurs pour :

Modèles créatifs
Décorations
Accessoires de cosplay
Articles d'usage quotidien

Prend en charge les flux de travail Bambu Lab AMS pour une gestion pratique du filament.

Langue

Pays/Région

Filament LANDU PLA+ 1,75 mm 1 kg

Caractéristiques principales

Prêt pour l'impression fonctionnelle