Aliz PLA+ Pro is a high-performance 3D Printing Filament upgraded from PLA+ Basic, designed for users seeking extreme strength and professional applications. While retaining the ease of printing and environmental friendliness of PLA, it significantly enhances toughness, interlayer adhesion, and appearance through an optimized formula based on PLA+ Basic. Thus, PLA+ Pro has a superior impact resistance, excellent layer bonding strength, and a matte finish, which is suitable for more professional creations and some functional parts , offering a more reliable and refined 3D Printing Solution. Choose PLA+ Pro to enjoy the convenience and sustainability of PLA, along with the durability for professional-grade applications.
Features
Building on PLA+ Basic, it offers further improved toughness, absorbing more impact energy to prevent brittle fractures.
Significantly boosted interlayer bonding ensures a sturdier structure and more stable mechanical performance, extending the lifespan of prints.
Colors present a more matte effect than PLA+ Basic, resulting in a smooth and subtle surface that enhances visual quality for high-end displays and professional models.
Applications
1. High-Strength Functional Prototypes: Suitable for functional parts that need to withstand high loads and repeated testing.
2. Professional Education and Industrial Training: With its high durability and user-friendliness, it is ideal for advanced projects in schools, maker spaces, and industrial training.
3. Premium Display Models and Art Installations: The matte surface enhances detail representation, making it perfect for professional exhibition models, artistic creations, and commercial displays.
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
50.95
48.96±4
26±4
MPa
Elongation at Break
ISO 527
50mm/min
13
7±1
0.75±0.2
%
Tensile Modulus
ISO 527
50mm/min
5549
3325±100
3100±100
MPa
Flexural Strength
ISO 178
2mm/min
77.33
78.5±5
44±5
MPa
Flexural Modulus
ISO 178
2mm/min
3127.50
2920±100
2550±100
MPa
Charpy Impact Strength Without Notch
ISO 179
23℃
NB
15.5±2
8.5±2
KJ/㎡
Izod Impact Strength Without Notch
ISO 180
23℃
83.05
16.8±2
8.5±2
KJ/㎡
Physical Properties
Property
Testing Method
Testing Condition
Typical Value
Unit
Density
ISO 1183
Immersion
1.24
g/cm3
Melt Flow index(MFR)
ISO 1133
210℃/2.16kg
5-15
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 AxisTypical Value
Unit
Glass Transition Temperature
DSC
10℃/min
65.51
℃
Crystallization Temperature
DSC
10℃/min
107.7
℃
Melting Point
DSC
10℃/min
147.77
℃
Distortion Temperature
TGA
20℃/min
N/A
℃
Heat Distortion Temperature
ISO 75
0.45MPa
57.6
56.20
55.20
℃
Heat Distortion Temperature
ISO 75
1.8MPa
56.4
54.20
53.20
℃
Vicat Softening Temperature
ISO 306
50℃/10N
56.60
57.80
56.40
℃
Recommended 3D Printing Parameters *Based on 0.4 mm nozzle. Printing conditions may vary with different nozzle diameters
Printing Temperature
270-300(℃)
Bed Temperature
80-100(℃)
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
3D Printing 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.
