Extreme Fluorescent Translucent UV Reactive Neon Green

Experience the vibrant world of UV-reactive plastics with Atomic Filament's Translucent Fluorescent Neon Green PETG. This exceptional filament delivers a stunning, neon green glow when exposed to ultraviolet light, creating mesmerizing effects in your 3D prints.

Key Features:

• Translucent Finish: The semi-transparent nature of this PETG allows for captivating light diffusion and a unique aesthetic.

• Fluorescent Glow: Under UV light, this filament emits a brilliant, neon green luminescence, adding a dynamic element to your projects.

• UV-Reactive: Designed to react specifically to ultraviolet light, ensuring a striking visual transformation.

• PETG Material: Made from PETG (Polyethylene Terephthalate Glycol), a durable and versatile thermoplastic known for its excellent print quality, strength, and dimensional stability.

• Easy Printing: This filament offers a smooth printing experience, making it suitable for both beginners and experienced 3D printing enthusiasts.

Ideal Applications:

• Decorative Objects: Create eye-catching sculptures, vases, and wall art that come alive under UV light.

• Functional Items: Design unique lampshades, signage, and other functional objects with a vibrant glow.

• Prototyping: Utilize this filament for rapid prototyping of products that require a striking visual impact.

• Art and Design: Explore your creativity and create one-of-a-kind artistic pieces.

Unleash your imagination and bring your 3D prints to life with Atomic Filament's Translucent Fluorescent Neon Green PETG - UV Reactive.

HEX COLOR:  #95E634 . This is according to Filamentcolors.xyz. We cannot verify this information. Please note this reference is indicative, and colors may appear slightly different on various screens or vary based on print settings.

 Available in Sample coils- Click HERE 

Quality / Specs

Print nozzle temp -  240 - 265C

Heated Bed temp - 80C +- 10C

Diameter (volumetric variation XY combined) + - 0.02mm or better

Roundness ( ovality ) + - 0.02 mm or better