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SUNLU·Currently out of stock

PLA+ 2.0

Models and low-cost prototypes

Crisp and economical for visual models, form studies, and light-duty prototypes.

Best for

Visual prototypes
Concept models
Low-cost iterations

Plain-language guide

Performance profile

A quick comparison guide for choosing this material. These are customer-facing ratings, not measured engineering values.

StrengthMedium
ToughnessLow
FlexibilityVery low
Heat resistanceVery low
UV/weather resistanceLow
Impact resistanceLow
Surface finishSmooth / crisp
Cost€€€€€

When to choose it

Best uses

Crisp and economical for visual models, form studies, and light-duty prototypes.

Visual prototypes
Concept models
Low-cost iterations

Typical applications

Display modelsFit checksMock-upsEducational parts

Important limitation

Low heat resistance makes it unsuitable for cars, outdoors, or loaded parts.

For engineers and careful comparisonAdvanced specificationsExact manufacturer data is shown only when the configured variant has a verified official source. Missing values stay marked as Not published.
Exact material / variant
PLA+ 2.0
Shore hardness
81 (scale not stated)
Tensile strength
46±5 MPa
Young's modulus
Not published
Elongation at break
10±2.5%
Flexural strength
83±5 MPa
Flexural modulus
2750±200 MPa
Notched impact strength
10±3 kJ/m²
Heat deflection temperature
56±3 °C
Vicat softening temperature
54 °C
Density
1.21 g/cm³
Shrinkage
0.1–0.3%
Glass transition temperature
Not published
Melting temperature
Not published
Melt flow rate
8.3±2 g/10 min
Recommended nozzle temperature
205–245 °C
Recommended bed temperature
50–60 °C
Drying temperature
Not published

Shore A and Shore D are different scales. Helpzies shows the source notation as published and never converts it.

Official SUNLU source

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