Super PLA+ is a revolutionary filament, offering exceptional mechanical performance that surpasses traditional ABS while maintaining the user-friendly printing characteristics of PLA. Super PLA + enables your 3D printed parts to withstand significant impacts without It provides outstanding toughness, making it suitable for a variety of applications.
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Overture Super PLA+ 3D Printer Filament 1.75mm
$28.99
$29.99
Unit price
/
Unavailable
Product Features
- Ultra Tough PLA
- Exceptional Impact Resistant
- Superior Print Performance
- Professional Usage
- User-Friendly
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Shipping Notification
Shipping Notification
🚚Due to certain shipments still in transit and a surge in order volume, the delivery time for orders may be delayed by 3 to 7 days.
Ultra Tough PLA
Super PLA+ offers exceptional toughness, surpassing regular PLA in durability. It withstands greater stress and strain, reducing brittleness and breakage, making it ideal for functional prototypes or finished products in challenging environments.
Exceptional Impact Resistance
Super PLA+ excels in impact resistance, effectively absorbing energy during collisions or drops. This minimizes damage, making it perfect for durable applications requiring reliable performance under stress.
Superior Print Performance
Super PLA+ ensures high-quality prints with excellent layer adhesion and low shrinkage. Compatible with most 3D printers, it delivers consistent, precise results for both intricate designs and larger components.
Professional Usage
Super PLA+ is designed for professional applications, offering strength and ease of printing. It meets rigorous standards for prototyping, jigs, and end-use components, ensuring reliability for engineers and manufacturers.
User-Friendly
Despite its advanced properties, Super PLA+ remains user-friendly and accessible for all skill levels, which reduces the chances of clogs and failures, making Super PLA+ a hassle-free choice for every user.
Hex Code
Hex Code Table
#000000
Black
#FF5786
Pink
#FFD342
Yellow
#BAC8C9
Light Gray
#FFCCCD
Sakura Pink
#00D17A
Green
#FFFFFF
White
#B8AF99
Light Brown
#183681
Dark Blue
#E60000
Red
#FF7A33
Orange
#8761C1
Purple
Recommended Printing Settings
| Nozzle temperature | 190 - 230 °C |
| Build Surface material | OVERTURE Build Surface, Textured PEI |
| Build surface treatment | None / Applying PVA glue to the build surface |
| Build plate temperature | 25 - 60 °C |
| Cooling fan | Turned on |
| Printing speed | 40-60 mm/s |
| Retraction distance | 1-3 mm |
| Retraction speed | 20-40 mm/s |
| Threshold overhang angle | 60 ° |
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FAQ
How does Overture Super PLA+ compare to PLA & PLA Professional?
How does Overture Super PLA+ compare to PLA & PLA Professional?
Super PLA+ is an upgraded variant of regular PLA designed for enhanced performance, particularly in terms of toughness. It maintains the printability of regular PLA while offering outstanding Charpy impact strength, making it exceptionally resilient. In contrast to PLA Professional, which is better in bending strength, Super PLA+ prioritizes impact toughness. Thus, Super PLA+ is ideal for applications requiring high durability and resistance to impact, providing a great choice for more demanding projects.
Does a humid or underwater environment affect Super PLA+ performance and durability?
Does a humid or underwater environment affect Super PLA+ performance and durability?
Yes, a humid or underwater environment can adversely affect the performance and durability of PLA and its variants. PLA is biodegradable and prone to moisture absorption, which can lead to a decrease in mechanical properties and print quality over time. In underwater settings, prolonged exposure to water can further degrade the material. If you need a more durable option for these environments, consider using Overture ASA, which offers better resistance to moisture and UV light.
Does a high-temperature environment affect Super PLA+ strength?
Does a high-temperature environment affect Super PLA+ strength?
Yes, high temperatures can significantly affect the strength of PLA and its variants. PLA has a relatively low glass transition temperature of around 60°C (140°F), making it susceptible to softening and deformation when exposed to elevated temperatures. For applications that require better heat resistance, here are the Vicat Softening Temperatures of other materials:
- PETG: 85.1°C
- ABS: 103.4°C
- ASA 106.2°C
- PC Professional: 110.3°C
- Easy Nylon: 181.2°C
