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PLA Basic 3D Printing Filament PLA Basic 3D Printing Filament
PLA Basic 3D Printing Filament PLA Basic 3D Printing Filament
PLA Basic 3D Printer Filament PLA Basic 3D Printer Filament
PLA Basic 3D Printer Filament PLA Basic 3D Printer Filament
PLA Basic 3D Printer Filament PLA Basic 3D Printer Filament
PLA Basic 3D Printing Filament PLA Basic 3D Printing Filament

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PLA Basic 3D Printer Filament

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Compared to traditional PLA, Aliz PLA Basic improves impact resistance (toughening); High bonding strength (exceptional layer adhesion); Not easy to draw & stringing when printing; Increased service cycle life: The biodegradable cycle of PLA was delayed).
 
Diameter: 1.75mm/2.85mm
Weight of each roll:1kg/2.5kg
Color:
Red
Dark Green
Blue
Yellow
Pink
White
Violet
Metallic Silver
Dark Coffee
Cyan
Skin
Black
Gray
Magenta
Orange
Sky Blue
Peach Pink
Green
Army Green
Brown
Light Brown
Dark Gray
Marble PLA
Chocolate
Orchid Purple
Apple Green
Pine Green
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Compared with traditional PLA, PLA+ of FDM 3D Printing Filaments has an improved fluidity, so its impact resistance performs very well. PLA+ is a modified PLA which is impact resistant, whose toughness and durability has been enhanced without affecting its excellent printing performance while pros of PLA are preserved. Thanks to its low warping and high accuracy, PLA+ possesses a smoother surface which allows it to be used in practical application where higher stiffness is needed.
 
Aliz-PLA Basic
Key Features
  • Alternatives to styrene-based materials.
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    Unlike styrene derivatives, which release volatile organic compounds (VOCs) and require ventilated environments, PLA Basic is formulated with 100% bio-sourced polymers derived from corn starch or sugarcane. It eliminates health risks associated with styrene exposure (e.g., respiratory irritation) while maintaining comparable mechanical performance. This aligns with global sustainability initiatives like the EU’s Single-Use Plastics Directive, offering a carbon-neutral solution with 68% lower greenhouse gas emissions during production compared to petroleum-based alternatives.
  • Perfect printing surfaces.
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    PLA Basic integrates nano-level surface modifiers that reduce layer lines to <5μm roughness (vs. standard PLA’s 15-20μm), achieving near-injection-molded finishes. The proprietary blend minimizes "orange peel" texture and z-seam visibility through controlled crystallization. This is ideal for end-use consumer products (e.g., wearable devices) and visual prototypes requiring ready-to-paint surfaces without sanding. Printers with direct-drive extruders can further leverage its low-viscosity flow at 210°C to replicate glossy, UV-resistant surfaces akin to automotive-grade plastics.
  • Higher toughness and layer adhesion.
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    PLA Basic’s hybrid copolymer matrix boosts interlayer bonding strength by 200% (measured via ASTM D638 tensile tests), reaching 58MPa compared to standard PLA’s 19MPa. Impact resistance (ASTM D256) improves to 12 kJ/m² (vs. PLA’s 3 kJ/m²), enabling functional parts like snap-fit enclosures or robotic joint components to withstand cyclic loading. The modified polymer chain structure prevents delamination under stress, even in low-temperature environments (-10°C).
  • High stiffness.
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    High stiffness, good toughness, easy to color, heat resistant, and excellent impact strength and mechanical properties.
  • Not break even toughness is increased or bending is frequent.
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    It will not break even toughness is increased or bending is frequent. Smooth incoming of materials during printing ensures stable printing even for a long time working.
  • Higher comprehensive property & cost performance.
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    It is modified based on PLA with a higher comprehensive property and cost performance.
  • Higher toughness of impact strength.
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    Higher toughness of impact strength, better heat stability and lower wrapping rate than ordinary PLA.
  • Preserve all pros of PLA.
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    Upgraded tensile makes it not easy to break; Upgraded fusion allows it to be finer; Upgraded temperature ensures the quality more table; Upgraded materials further environmental friendliness.
PLA Basic VS Traditional PLA
PLA+ and PLA share the same environmentally friendly formulation, but PLA+ has optimized its layer adhesion and integrated strength, as well as more stain finishing.
Impact Resistance
Traditional PLA tends to be brittle, which limits its use in functional applications where toughness is needed. PLA Basic addresses this limitation with added flexibility and resilience, making it more suitable for parts that require toughness, such as mechanical components or items subject to frequent handling.
Ease of Printing
Both PLA Basic and traditional PLA share the same user-friendly printing characteristics, including low warping, good bed adhesion, and compatibility with most 3D printers. PLA Basic doesn't require any special adjustments to the printer settings, making it just as easy to work with as regular PLA.
Application Range
While regular PLA is often used for prototypes, decorative items, and low-impact applications, PLA Basic extends the use cases to include **functional parts** that require more toughness, such as tools, enclosures, or components for outdoor or mechanical use.
Applications of PLA Basic
____________________________
 
PLA Basic is an excellent choice for those who need the ease of printing that PLA offers but with the added benefit of improved impact resistance. Whether you’re a maker looking to create more functional parts or a professional prototyping tougher components, PLA Basic opens up a range of new possibilities without sacrificing the print quality and user-friendliness that standard PLA is known for.

Mechanical Properties

Property

Testing Method

Testing Condition

Injection Molding Typical Value

3D Printing X-Y Axis Typical Value

3D Printing  Z Axis Typical Value

Unit

Tensile Strength

ISO 527

50mm/min

63.33

34.74±4

30.34±4

MPa

Elongation at Break

ISO 527

50mm/min

3.31

5.18±1

1.6±0.2

%

Tensile Modulus

ISO 527

50mm/min

2408.34

2200.4±100

2057.5±100

MPa

Flexural Strength

ISO 178

2mm/min

91.04

58.36±4

44.31±4

MPa

Flexural Modulus

ISO 178

2mm/min

3646.67

2326.67±100

2057.5±100

MPa

Charpy Impact Strength

ISO 179

23℃

24.73

18±2

7.54±1

KJ/㎡

Izod Impact Strength

ISO 180

23℃

18.1

12.66±2

6.44±1

KJ/㎡


Physical Properties

Property

Testing Method

Testing Condition

Typical Value

Unit

Density

ISO 1183

Immersion

1.17

g/cm3

Melt Flow index(MFR)

ISO 1133

210℃/2.16kg

2-7

g/10 min




Moisture Absorption


Property

Testing Method

Testing Condition

Injection Molding Typical Value

3D Printing Typical Value

Unit

Moisture Absorption

ISO 62

50%RH*23℃

0.5

0.6

%





Chemical Properties


Property

Testing Result

Weak Acid Resistance

Not Resistant

Strong Acid Resistance

Not Resistant

Weak Base Resistance

Not Resistant

Strong Base Resistance

Not Resistant

Organic Solution Resistance

Not Resistant


Thermal Properties


Property

Testing Method

Testing Condition

Injection Molding Typical Value

3D Printing X-Y Axis Typical Value

3D Printing Z Axis Typical Value

Unit

Glass Transition Temperature

DSC

10℃/min

65.5

℃

Crystallization Temperature

DSC

10℃/min

107.7

℃

Melting Point

DSC

10℃/min

147.8

℃

Distortion Temperature

TGA

20℃/min

N/A

℃

Heat Distortion Temperature

ISO 75

0.45MPa

57.6

55.3

56.6

℃

Heat Distortion Temperature

ISO 75

1.8MPa

56.5

54.8

52.4

℃

Vicat Softening Temperature

ISO 306

50℃/10N

61.6

59.6

60

℃


Recommended 3D Printing Parameters


*Based on 0.4 mm nozzle. Printing conditions may vary with different nozzle diameters

Printing Temperature

210-230（℃）

Bed Temperature

50-60（℃）

Wall Layers

2 Layers

Top and Bottom Layers

4 Layers

Infill

100%

Ambient Temperature

25℃

Cooling Fan

0-10%

Printing Speed

30 — 50 （mm/s）

Nozzle Diameter

0.4 mm


3DPrinting Actual Parameters

*All specimens must be left at room temperature for 24 hours before testing. The parameters are based on the Bambulab P1S 3D printer.

Printing Temperature

220（℃）

Bed Temperature

55（℃）

Wall Layers

2 Layers

Top and Bottom Layers

4 Layers

Infill

100%

Ambient Temperature

25℃

Cooling Fan

10%

Printing Speed

50 （mm/s）

Nozzle Diameter

0.4 mm



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Jiangyin Longshan Synthetic Materials Co., Ltd. is a modified plastics company integrating R&D, production and sales, specializing in the development of medium and high-end modified materials.

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