(3D Printing Material) PLA3D850

(3D Printing Material) PLA Polylactic Acid 3D850, PLA US NatureWork Polylactic Acid 3D850PLA US NatureWork Polylactic Acid 3D850 and 3D870:Promoting Sustainable 3D Printing, PLA US NatureWorks Fine Powder Polylactic Acid 3D850 and 3D870, as high-quality 3D printing raw materials, play an important role in promoting sustainable 3D printing with their renewable, biodegradable, low odor, low warping, and other characteristics. With the increasing awareness of environmental protection and the continuous development of 3D printing technology,we have reason to believe that environmentally friendly materials such as PLA will play an even more important role in the future manufacturing field. At the same time, we also look forward to the continuous emergence of more environmentally friendly, high-performance new materials, injecting new vitality into the development of 3D printing technology.

With the rapid development of technology and the deepening of environmental protection concepts, 3D printing technology, as an emerging manufacturing technology, is gradually changing our production and lifestyle. In this process, the choice of sustainable materials is particularly important. PLA US NatureWorks Fine Powder Polylactic Acid 3D850 and 3D870, as two high-quality 3D printing raw materials, are outstanding representatives of this concept.

I. Introduction to PLA US NatureWorks Fine Powder Polylactic Acid

PLA, fully known as Polylactic Acid, is a biodegradable material made from renewable plant resources (such as corn) extracted starch raw materials. It has excellent biocompatibility and biodegradability and is one of the most widely used biodegradable materials. NatureWorks, as a globally leading bioplastic producer, enjoys a high reputation for the quality and stability of its PLA materials.

II. PLA 3D850

Specific Gravity and Melt Flow Index: The specific gravity of both PLA 3D850 and 3D870 is 1.24 g/cm³, meaning they have the same mass per unit volume. Additionally, their melt flow indices are 7~9 g/10min, reflecting the rate of melt flow under specific temperature and pressure, providing stable fluidity for material extrusion during 3D printing.
Notched Impact and Heat Deflection Temperature: Notched impact strength is the material's ability to resist damage under impact, while heat deflection temperature reflects the material's performance in maintaining shape stability at high temperatures. The notched impact strength of PLA 3D850 and 3D870 is 12.04 kJ/m², and the heat deflection temperature is 80~90 °C. These parameters ensure that the material has sufficient strength and stability during and after 3D printing.
Melting Temperature and Material Characteristics: The melting temperature of PLA is 165~180 °C, making it easy to heat and extrude during 3D printing. Furthermore, PLA, as a bioplastic containing renewable resources, has characteristics such as compostability, crystallinity, good adhesion, low odor, and low warping. These characteristics give PLA broad application prospects in the field of 3D printing.
III. PLA 3D850

Monofilament Applications: Due to its excellent physical properties and environmental characteristics, PLA is widely used in making various monofilament products, such as fishing lines and sewing threads. These products not only have good performance but also naturally degrade during use, causing no harm to the environment.
3D Printing Applications: As high-quality raw materials for 3D printing, PLA 3D850 and 3D870 play an important role in model making, prototype design, artistic creation, and other fields. They can not only print high-precision models but also the waste generated during printing can naturally degrade, aligning with the concept of green environmental protection.
Filament Applications: PLA filament products are also widely used in various fields, such as textiles and medical applications. These filament products have excellent comfort and biocompatibility, meeting the material performance requirements of different fields.