Nebula PLA Silk Lemon Lime 1 kg

Nebula PLA Silk Lemon Lime is a premium PLA filament in an attractive combination of lemon yellow and lime green. The silky glossy surface gives your prints a luxurious look, perfectly highlighting rounded shapes and details while helping to mask layers. This filament is based on the proven Nebula PLA PREMIUM range, extended with a special SILK additive that ensures a distinctive shine without complex tuning of print parameters.

---

Main advantages of Nebula PLA Silk Lemon Lime

• Silky glossy surface (SILK effect) Prints look like polished plastic or a lacquered surface, ideal for decorations, cosplay, design models, and presentation prototypes.
• Distinctive Lemon Lime color The combination of yellow and green ensures that models will be unmistakable at first glance – suitable for accessories, logos, stands, and promotional items.
• Easy printing even for beginners The PLA base guarantees low shrinkage and minimal deformation; a closed chamber is not necessary, and you can often do without a heated bed (although it is recommended to have it on).
• Stable diameter and quality coil winding The diameter of 1.75 mm with a tolerance of ±0.05 mm ensures reliable filament feeding and consistent extrusion throughout the entire print.
• Eco-friendlier choice PLA is made from renewable resources (e.g., corn or potato starch) and is biodegradable under appropriate conditions.

---

Recommended use

Nebula PLA Silk Lemon Lime is especially suitable for:

• decorations, statues, busts, and figurines
• design and exhibition models
• promotional items, logos, stands, holders
• cosplay and costume accessories
• prototypes where appearance is a priority over mechanical resistance

Not suitable for:

• mechanically or thermally stressed functional parts
• components permanently exposed to temperatures above approx. 60 °C (e.g., in a car interior in the sun)

---

Printing recommendations

• Material: PLA Silk (Nebula PLA PREMIUM – SILK series)
• Filament diameter: 1.75 mm
• Nozzle print temperature: 210–230 °C
• Bed temperature: 40–60 °C (for smaller models, even less or off)
• Closed chamber: not needed
• Recommended nozzle type: brass or hardened (standard PLA material, non-abrasive)

To achieve the best possible gloss, we recommend:

• printing at lower speeds (e.g., 40–60 mm/s),
• using a higher temperature within the recommended range,
• disabling or reducing linear advance reactivity/strong cooling in problem areas if cracks appear between layers.

---

Technical parameters of the filament

Parameter	Value
Material	PLA Silk
Manufacturer	Nebula
Filament weight	1 kg
Filament diameter	1.75 mm
Diameter tolerance	±0.05 mm
Rec. nozzle temperature	210–230 °C
Rec. bed temperature	40–60 °C
Closed chamber requirement	No
Surface	Silky glossy (SILK)
Color	Lemon Lime (yellow-green)
Recommended use	Decorations, models, figurines, prototypes
Max. recommended operating temperature	approx. 60 °C

---

Safety and storage

• Store the filament in a dry place, ideally in a closed box or zip bag with a silica gel packet.
• Avoid long-term exposure to direct sunlight and high temperatures – softening and deformation of the spool may occur.
• Ensure sufficient ventilation of the area during printing.

---

Who is Nebula PLA Silk Lemon Lime ideal for

• Beginners – looking for a material that is easy to print and forgives setting errors.
• Advanced users and design creators – want to achieve a perfect surface appearance without additional post-processing.
• Scale modelers, cosplayers, and modelers – will appreciate the striking color and silky gloss for impressive models.

Key features:

• Premium PLA Silk filament with a silky glossy surface for representative models
• Attractive Lemon Lime color combining yellow and green tones
• Easy-to-print material suitable even for beginners, without the need for a closed chamber
• Low shrinkage and stable dimensional accuracy thanks to a diameter tolerance of ±0.05 mm
• Ideal for decorations, figurines, design, and promotional models up to approx. 60 °C
• Eco-friendlier choice – PLA from renewable resources, biodegradable under appropriate conditions