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High Speed PLA Marble

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Introduction

Product Details

Parameter Information

Notes

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* Description:

Polylactic acid resin is a new type of fully biodegradable polylactic acid (PLA) resin material, 

which is made from starch extracted from renewable plant resources (such as corn). Starch 

raw materials are saccharified to obtain glucose, which is then fermented with glucose and 

certain strains to produce high-purity lactic acid, and then polymerized to produce polylactic 

acid of a certain molecular weight. After use, it can be completely decomposed by microorganisms

in nature, and finally generate carbon dioxide and water, which comes from nature and goes 

back to nature, truly achieving zero pollution.


Marble PLA is a high-performance modified material suitable for 3D printing. It can be processed

using standard 3D printing extrusion equipment, resulting in printed products with a highly 

realistic marble texture. The extruded filament offers a stable diameter, excellent toughness, and 

high interlayer strength, making it suitable for high-speed printing. We specialize in extrusion-based 

3D printing products.


* Product introduction video
* Print model

Items

Test method

Unit

Value

Density

ISO 1183

g/cm3

1.26

Melt index

ISO 1133

g/10min

4-6

Melting point

 ISO 11357

155-170

Tensile Strength

ISO 527

MPa

54

Tensile modulus

ISO 527

MPa

4900

Elongation @ break

ISO 527

%

36

Bending Strength

ISO 178

MPa

90

Flexural modulus

ISO 178

MPa

4600

Notched impact strength

ISO 179

KJ/m2

18.6

Unnotched impact strength

ISO 179

KJ/m2

33

Heat Deflection Temperature

ISO 75

55-60

Vicat softening temperature

ISO 306

55-60

Note: The above data only represent general data


Marble PLA material undergoes rigorous drying at the factory. The dried resin has a moisture content of less than 600 ppm and is stored in vacuum-sealed aluminum foil or PE bags. Due to its high water absorption and degradation, unused material must be sealed to prevent moisture absorption. This can cause the resin to increase its melt index, become brittle in finished products, and develop surface bubbles during use.

Drying Conditions: 60°C for 3-4 hours under forced air drying.

Extrusion Conditions: Depending on the extrusion equipment, the recommended processing temperature is 170°C-200°C.


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