Premium HS PLA+ Aurora Blue by NFIL3D is a special glow-in-the-dark 3D printer filament designed to bring a luminous effect to creative printing projects. Its Aurora Blue appearance and light-charging properties make it a distinctive choice for decorative models, custom signs, miniature figures, artistic objects and imaginative DIY designs.
Developed using a PLA+ formulation, this filament is intended to offer improved strength and layer adhesion compared with regular PLA. It features a nominal 1.75mm diameter with an advertised dimensional tolerance of ±0.015mm, supporting controlled extrusion in compatible FDM 3D printers.
Each spool contains a full 1kg net weight of usable printing filament. Two desiccant sachets and reusable packaging are also described in the product information to help support convenient storage.
Why Choose Premium HS PLA+ Aurora Blue?
Premium HS PLA+ Aurora Blue offers a creative experience beyond conventional solid-coloured filament.
During normal lighting conditions, the material has its Aurora Blue appearance. After exposure to a suitable light source, its glow-in-the-dark component can store some light energy and release it gradually in darker surroundings.
This effect can make printed objects more noticeable and visually interesting in dim environments.
The filament is suitable for decorative projects, model making, display objects, educational demonstrations and personalized accessories.
NFIL3D combines this distinctive appearance with precision-focused filament manufacturing and more than 30 years of experience in polymer raw materials and additives.
Key Features of Premium HS PLA+ Aurora Blue
1. Glow-in-the-Dark Effect for Creative Models
The most distinctive characteristic of Premium HS PLA+ Aurora Blue is its ability to produce a glow-in-the-dark visual effect.
Glow filaments generally contain photoluminescent additives that absorb energy from light and gradually release it as visible light.
To enjoy the effect, expose the finished printed model to a suitable light source and then view it in a dark environment.
The visible brightness and glow duration depend on the amount of light absorbed, exposure time, pigment properties, printed wall thickness and surrounding darkness.
The printed object does not produce continuous powered lighting and should not be used as a certified emergency or safety sign.
2. Aurora Blue Appearance with a Distinctive Finish
Premium HS PLA+ Aurora Blue brings a blue-inspired appearance to printed objects while adding the possibility of an after-dark glow.
It is particularly suitable for creative models that need a different look in daylight and darkness.
The material can be used for decorative stars, artistic patterns, customized nameplates, miniature sculptures and imaginative display pieces.
Its final visible colour may vary depending on lighting conditions and print settings.
The exact glow colour and intensity should be checked against a printed sample rather than assumed from the Aurora Blue product name alone.
3. Enhanced PLA+ Formulation for Practical Strength
The filament is developed using an enhanced PLA+ formulation intended to offer higher strength than regular PLA.
Improved layer-to-layer adhesion can help printed objects maintain their integrity during everyday handling.
This makes the material useful for decorative components, custom accessories, creative models and suitable prototype parts.
However, actual strength depends on the material formulation, wall thickness, infill density, printing orientation and extrusion settings.
Glow additives can also influence the mechanical behaviour of a filament, so the performance of finished parts should be tested before use in demanding applications.
4. Precision Diameter with ±0.015mm Tolerance
Premium HS PLA+ Aurora Blue features a nominal diameter of 1.75mm with an advertised dimensional tolerance of ±0.015mm.
Consistent filament thickness is important because FDM printers calculate extrusion flow using the material dimensions configured in slicing software.
Large variations in filament diameter may contribute to inconsistent extrusion, uneven layer widths and dimensional inaccuracies.
NFIL3D describes its manufacturing process as using automatic diameter monitoring to support consistency.
For dependable printing, users should also maintain suitable extruder calibration, correct nozzle temperature and consistent filament feeding.
5. Controlled Extrusion and Nozzle Considerations
The filament is designed for processing through compatible FDM 3D printers.
However, glow-in-the-dark filaments may contain abrasive particles that can wear down ordinary brass nozzles more quickly than standard PLA.
For frequent glow-filament printing, a wear-resistant or hardened nozzle may be advisable. Users should verify the specific Aurora Blue formulation and compatible nozzle requirements before printing.
Maintaining a clean extrusion system and selecting appropriate printing temperatures are important for reducing inconsistent material flow.
The product’s PLA+ base should not be interpreted as a guarantee that its glow additives are non-abrasive.
For additional guidance, read the Prusa Guide to Abrasive Filaments and Nozzles.
6. Moisture Management with Two Desiccants
Premium HS PLA+ Aurora Blue is described as being supplied with two desiccant sachets to help reduce humidity exposure inside the packaging.
PLA-based filament can absorb some moisture from its environment over time.
Moisture-related problems may include stringing, bubbling, weak layer bonding and rough printed surfaces.
The included desiccants support better storage conditions but do not guarantee that the material will remain completely moisture-free.
After opening, keep unused filament in a sealed container or suitable storage bag with desiccant.
7. Full 1kg Net Filament Weight
Each spool of Premium HS PLA+ Aurora Blue is advertised with a full 1kg net weight of usable printing filament.
This excludes the weight of the empty spool and external packaging.
A full kilogram provides material for multiple small creative projects or larger individual designs, depending on their dimensions and printing settings.
Users can estimate material consumption through their slicing software before starting each print.
8. Reusable Packaging for Convenient Storage
NFIL3D describes its filament packaging as including reusable foldable boxes.
The boxes can be stored flat when empty and may be reused for organizing accessories, packing suitable printed objects or managing workshop supplies.
Proper packaging reuse can help reduce unnecessary disposal and support more organized material storage.
For longer-term filament storage, a sealed moisture-protective container is recommended.
9. Consistent Colour and Polymer Expertise
NFIL3D describes its manufacturing process as using monitored colour dosing to support consistency between production batches.
The company also draws on more than 30 years of polymer industry experience.
These manufacturing priorities contribute to the development of filament intended to combine distinctive visual effects with consistent material dimensions.
Applications of Premium HS PLA+ Aurora Blue
Glow-in-the-Dark Decorative Models
Premium HS PLA+ Aurora Blue can be used for decorative sculptures, artistic shapes, tabletop ornaments and customized display objects.
Its after-dark visual effect can make creative models more interesting under low-light conditions.
Stars, Moons and Space-Themed Designs
Create miniature planets, moon models, star decorations and astronomy-inspired objects.
These projects can be especially effective when the printed models are charged under suitable light before display.
Personalized Nameplates and Signs
Print customized room nameplates, decorative signs and lettering with a luminous effect.
These are decorative applications and should not replace certified safety or emergency signage.
Miniature Figures and Collectibles
Produce collectible figures, small fantasy models, game accessories and imaginative printed characters.
The glow effect can highlight selected details in darker environments.
Educational and STEM Demonstrations
Use the filament for classroom models that demonstrate photoluminescence, material behaviour and creative manufacturing.
DIY Accessories and Creative Projects
Create customized keychain-style accessories, desktop objects, decorative holders and other suitable personal projects.
Premium HS PLA+ Aurora Blue Technical Specifications
| Parameter | Specification |
|---|---|
| Product Name | Premium HS PLA+ Aurora Blue – Glow in the Dark 1.75mm |
| Brand | NFIL3D |
| Material Type | High-Strength PLA+ with Glow-in-the-Dark Effect |
| Colour | Aurora Blue |
| Special Feature | Light-Charging Glow-in-the-Dark Appearance |
| Nominal Diameter | 1.75mm |
| Advertised Diameter Tolerance | ±0.015mm |
| Net Filament Weight | 1kg |
| Strength | Enhanced PLA+ Formulation |
| Diameter Monitoring | Automatic Manufacturing Monitoring |
| Packaging | Reusable Foldable Box |
| Desiccants | 2 Sachets |
| Printing Technology | FDM / FFF |
| Common Applications | Decorative Models, Signs, Education and DIY |
Recommended Printing Settings for Glow-in-the-Dark PLA+
For dependable results with Premium HS PLA+ Aurora Blue, begin with a compatible PLA+ profile and follow the temperature guidance supplied with the spool.
Nozzle Temperature: Use the range recommended by NFIL3D. Adjust according to extrusion behaviour and any nozzle material requirements.
Bed Temperature: Use a suitable heated-bed temperature and a clean printing surface.
Nozzle Material: Consider a wear-resistant nozzle, particularly for prolonged printing with glow materials. Verify the specific product’s abrasive characteristics before use.
Layer Height: A 0.20mm layer height is a practical starting point with a compatible 0.4mm nozzle.
Printing Speed: Begin with moderate speeds and increase only after confirming consistent extrusion.
Cooling: Adjust cooling based on model geometry, overhangs and layer adhesion.
Storage: Store the unused spool in a sealed, dry environment with suitable desiccant.
How to Improve the Glow-in-the-Dark Effect
To get an attractive effect from Premium HS PLA+ Aurora Blue, print a small test model before starting a larger project.
Charge the finished object using a suitable light source. Glow intensity is influenced by light exposure and the formulation of the photoluminescent additives.
For decorative models, experiment with wall thickness and surface geometry. Different model shapes can create different visual results.
Avoid assuming that the glow will remain equally bright throughout the night. The visible effect generally becomes dimmer after charging.
Photographs taken with long exposure or edited lighting may also look brighter than the product appears to the naked eye.
Use the material for creative visual effects rather than applications requiring guaranteed illumination.
Buy Premium HS PLA+ Aurora Blue at NFIL3D
Premium HS PLA+ Aurora Blue combines a distinctive glow-in-the-dark effect with enhanced PLA+ formulation, precision-focused diameter control and thoughtful packaging.
Its 1.75mm nominal diameter, advertised ±0.015mm dimensional tolerance, full 1kg net filament weight and included desiccants make it a creative choice for suitable FDM printing projects.
Whether you are printing stars, decorative sculptures, miniature collectibles, personalized signs or educational models, Aurora Blue offers a special visual effect for your designs.
Explore the NFIL3D PLA Filament Collection for more filament colours and materials.
You can also browse NFIL3D 3D Printing Products to discover additional creative printing solutions.
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