Filaments

Choose the right ECO filament

Please be aware, that we don’t sell filaments – we make things from them

BIOplastics with raw natural materials

Filaments that are a composite of PLA and natural materials such as wood, linen, hemp or algae. Adding raw materials speeds up and increases biodegradability.

BIO compostable
filaments

Filaments based on natural biopolymers that ensure full biodegradability in a composter. Have appropriate certificates confirming their properties.

Filaments made of recycled plastic

Filaments based on recycled plastic – made from filament manufacturing wastes, support structures, unsuccessful 3D prints or certified recycled pellet.

GF3D Branfill3d – the wheat bran filament

Our proprietary material for 3D printing based on wheat bran. It is made from pasta production waste. At the moment it is not offered for sale.

GREENFILL3D eco filaments

Bioplastics are polymers based on natural materials – no fossil fuels are used in their production. They are biodegradable, although, depending on the type of polymer used, this may only be possible under certain conditions (e.g. in industrial-grade composters). To facilitate the biodegradation process, certain bioplastics are admixed with a variety of raw organic materials – it can be powdered wood, algae, flax, distillery, hemp or others.

Filaments made as composites of bioplastics and organic materials are more environmentally friendly, but this advantage has certain consequences – they do not have such high strength or temperature and chemical resistance as fully synthetic polymers (so-called “forever plastics”). In some cases they also may turn out to be more difficult to work with, requiring more involvement from the user in the preparation of the 3D printing process.

We don’t offer selling filaments – we manufacture products based on them. If you are interested in our products, or would like us to produce your products using this class of materials, please contact us to learn about their specific grades and properties.

GREENFILL3D eco filaments

Biopolymers consisting of 100% natural resources that decompose in the natural environment under anaerobic conditions (compost) within several weeks. They have certificates confirming their biodegradability, being the most reliable material for the production of parts that are to be decomposed.

Depending on the type of polymers used, filaments of this type may have mechanical properties similar to synthetic materials. However, this is associated with greater requirements during the 3D printing process – shrinkage of model may occur or the first layers of 3D prints may curl up. The better the material in terms of its functional properties, the higher the 3D printing temperatures it requires, as well as the use of closed working chambers.

We don’t offer selling filaments – we manufacture products based on them. If you are interested in our products, or would like us to produce your products using this class of materials, please contact us to learn about their specific grades and properties.

GREENFILL3D eco filaments

Don’t throw it away – use it again. Recycling materials are made of plastics obtained from used everyday items, as well as production wastes of filaments, support structures or unsuccessful 3D prints. The plastic wastes are shredded and melted into a new material for 3D printing. Certified recycled pellets are also used.

We offer manufacturing with recyclates of the most popular materials: rPLA, rPETG, rABS and others.

We don’t offer selling filaments – we manufacture products based on them. If you are interested in our products, or would like us to produce your products using this class of materials, please contact us to learn about their specific grades and properties.

GREENFILL3D eco filaments

GF3D Branfill3d is the original material of GREENFILL3D, which is used to create award-winning advertising stands – ECOPOS. The material is based on wheat bran, PLA and other biocomponents.

The production of pasta results in a waste in the form of wheat bran. It is mixed with other natural and biodegradable materials (including PLA) and extruded on an industrial production line. We use several variants of filament saturation with wheat bran – from 5% to 20%. Higher saturation values ​​- while possible, can prove problematic in ensuring continuous and trouble-free operation on 3D printers. The resulting filament has a standard diameter of 1.75 mm. 

After 3D printing, the parts are resilient, flexible nad hard to break. At the same time, after a longer period (several months), the biodegradation process begins – the parts become stiffer and brittle.

The GF3D Branfill3d is not offered for sale. The material is used by GREENFILL3D only in the production of its proprietary products.

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