3D Printer PLA+ Filament | 1.75mm 3D Printing Material

3D Printing Material

3D Filament PLA+ Filament for 3D Printing

Keywords: 3d printer filament, PLA+ filament, 1.75mm filament, 3d printing material, FDM filament

High-performance PLA+ filament engineered for smooth, stable and durable FDM/FFF 3D printing across 99% of desktop printers.

3D Filament PLA+ is an enhanced version of standard PLA, offering improved mechanical properties such as increased strength, flexibility and impact resistance. It is made from starch derived from renewable plant resources, making it an environmentally friendly choice for both prototyping and functional parts.

Key Features

1.  Cost-Effective Filament — high quality at a competitive price for everyday printing.

2.  Rich Color Options — single color, dual color, transparent, silk, rainbow, matte, tri-color, four color and noctilucent color for choose.

3.  Smooth and Stable Printing — consistent feeding and low warping for reliable results.

4.  Durable and Strong — improved toughness and strength, ideal for functional parts and prototypes.

5.  Compatible with Most Printers — works with 99% of FDM and FFF 3D printers equipped with heated beds.

6.  Renewable Material — produced from starch derived from renewable plant resources for environmental friendliness.

Why PLA+?

PLA+ is an enhanced version of standard PLA filament, offering improved mechanical properties like increased strength, flexibility, and impact resistance compared to regular PLA. While both are biodegradable and easy to print, PLA+ is generally preferred for functional parts or prototypes requiring greater durability.

PLA and PLA+ have different temperature resistances. PLA typically has a heat deflection temperature of 50–60°C, while PLA+ (also known as Tough PLA) has a higher thermal resistance, usually up to 70°C. In essence, PLA is a great choice for general-purpose printing of items that don't need to withstand a lot of stress or high temperatures, whereas PLA+ is better when you need parts that are more durable, flexible, and can handle slightly higher temperatures.

Technical Specifications

Applications

1.  General-purpose 3D printing of models, fixtures and decorative items.

2.  Functional parts and prototypes requiring higher durability and impact resistance.

3.  Education, DIY and small-batch manufacturing on FDM/FFF printers.

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