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R PETG Refill- Filament - 1.75 mm - 0.85 kg

Fiberlogy R PET-G is an eco-friendly 3D printing filament made from 100% recycled materials sourced from carefully selected origins. It combines the high mechanical and chemical strength of PET-G with easy printability, an attractive print appearance, and a lower price. The product may vary in shade and contain trace amounts of glitter, which results from the nature of the raw material. It is ideal for users seeking functional, durable, and economical solutions.

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Color

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Anthracite

The presented colors are for reference only and may differ from the actual filament color depending on screen settings.

€15.42

Shipping costs are not included in the price.

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large quantity

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Product description

REFILL - an eco-friendly and economical solution

REFILL is a spool-less filament insert that you can easily mount on the reusable Fiberlogy spool. This solution helps you reduce waste, lower shipping costs, and support the zero waste idea. Refill maintains all the properties of standard filaments.

Assembly is simple: open the spool, place the Refill, close it, and cut the straps. Your spool is ready to print. Fiberlogy Refill Filament

Fiberlogy R PET-G is an eco-friendly 3D printing filament made from 100% recycled PET-G sourced from carefully selected origins. It combines high mechanical and chemical strength with easy printability, an attractive print finish, and lower material costs. Thanks to recycling, Fiberlogy R PET-G is an excellent choice for conscious users who want to create functional and aesthetic prints while also caring for the environment.

The R PET-G filament offers strong resistance to mechanical, chemical, and atmospheric factors, while its amorphous structure and excellent flow ensure perfect layer adhesion and transparent, visually appealing prints. With the addition of glycol, the filament is less prone to stringing, bubbling, or burning, making the printing process easy and predictable—even on standard 3D printers.

Fiberlogy R PET-G helps save money, serving as a more affordable alternative to traditional PET-G filaments. By choosing R PET-G, users support recycling and sustainable development while delivering high-quality, aesthetic projects—from enclosures and containers to decorative elements and functional prototypes.

The production of Fiberlogy R PET-G is carefully monitored at every stage—from sourcing the recyclate and storing it to the finished filament. This ensures consistent properties and trouble-free printing, even in more complex projects.

Due to the natural variability of the material, R PET-G may differ in shade and contain trace amounts of glitter, which highlights its recycled nature. Product availability depends on the availability of recyclate, in line with the principles of sustainable development.

Fiberlogy R PET-G is the perfect filament for users seeking a durable, functional, and easy-to-print PET-G material, while also supporting eco-friendly innovation and reducing material costs.

Print settings

Printing temperature 220-250°C
Bed temperature 90°C
Build surface Smooth PEI + adhesive; Textured PEI; Glass + adhesive
Drying conditions 60°C / 4h
Enclosure not required
Cooling fan 0-25%

Tips and recommendations

Possible bed damage: Due to strong adhesion to the surface, printing directly on the bed or glass is not recommended, as this may cause damage. We recommend using adhesives or masking tape.

Color Palette

Black yes

To make it easier to choose the right color variant, we provide RAL and Pantone equivalents for filaments wherever possible. The given values are approximate and are intended to reflect the actual filament shade as closely as possible.

Why not HEX?

Providing the color of 3D printing filament in HEX format does not make sense because this notation was created to describe colors displayed on screens (RGB – monitors, TVs, mobile devices). HEX defines a mix of red, green and blue light, meaning a digital color. With filaments, however, we deal with a physical material. The same filament may look different in various photos and HEX cannot accurately represent the actual appearance of the material.

Much better references are color systems used in printing and industry, such as RAL or Pantone, which are based on real samples and allow for comparison of colors in physical reality.