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  • Entwined - Hemp PLA

    3D Fuel

    New product

    12 Items

    46,75 €tax excl.
    56,57 €tax incl.

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    Eco-sustainable bio-composite hemp filament with PLA base and textured finish.

    The filament Entwined™ (hemp filament) is a 3D FDM printing material developed and manufactured by 3D Fuel; a US company dedicated to the manufacture of filaments. 3D Fuel differs from other filament manufacturers in its commitment and dedication to establish itself as a sustainable company, working day by day to reduce the carbon footprint in all its processes, from manufacturing to logistics and distribution of its filaments.

    Entwined™ is one of the materials that make up 3D Fuel's C2composites line of materials, made up of biocomposite filaments.

    The filament Entwined™ has a PLA (polylactic acid) base. PLA (Polylactic Acid) is a biodegradable plastic obtained from natural resources. In particular, it is obtained from starch extracted from corn, beet and wheat. PLA is one of the most widely used materials in 3D printing today because it does not give off harmful gases and there is no need for a hot-bed 3D printer, making it very easy to print with it on any FDM technology 3D printer using the standard PLA configuration.

    In the case of the filament Entwined™, the PLA that acts as a base and binder for the hemp particles, is an additive PLA so that, by means of post-processing based on annealing, a higher heat resistance is achieved than that of other PLAs on the market.

    In addition to PLA, following the philosophy of 3D Fuel, this filament is produced from sustainably grown hemp, in controlled cultivation fields and without the application of herbicides or pesticides.

    Hemp is often considered to be one of the first plants ever grown. Over time, various products have been developed from this plant, such as clothing or textile fibres, paper, fuel, beauty products, filters, insulation or plastics.

    Hemp can be used to make a wide variety of plastics. In fact, in the 1940s, Ford produced a prototype car made from hemp and soya plastics. Unfortunately, this vehicle was never marketed.

    Ford car made from Hemp and Soy plastic.

    Image 1: Ford car made from Hemp and Soy plastic. Source: Clarin.com.

    The use of hemp at an industrial level is very interesting from the point of view of sustainability, since hemp crops grow more densely compared to corn and other plants, and industrial use crops do not require the application of herbicides or pesticides, which reduces pollution and impact on the environment.

    The filaments in 3D Fuel's C2Composites range of filaments are considered biocomposites. Biocomposite materials provide an alternative to petroleum products.

    The filament Entwined™ does not owe its colour to synthetic dyes, but the brown colour is given by its natural composition. The colour of the filament can vary from one batch to another, without implying any manufacturing defect. The hemp filling of this material is visible to the naked eye in the form of small, darker-toned particles.

    Image 2: Colour and texture of the filament Entwined™. Source: Filament2print.

    This finish with particles, is very interesting for applications in the art sector, design or decoration among others.

    By using materials such as standard PLA for artistic or decorative applications, coating lines and other imperfections or manifestations of FDM manufacturing technology can be clearly distinguished, which may affect the result of the pieces, incurring a longer post-processing time to achieve the desired finish. The texture and the contrasting particles of the filament Entwined™ conceal these lines and defects.

    Piece printed with the filament Entiwned™.

    Image 3: Piece 3D printed with the filament Entiwned™. Source: 3D Fuel.

    As far as the design and decoration sector is concerned, the filament Entwined™ offers a very differentiated finish from other materials such as standard PLA; something that can be very positive when designing and manufacturing pieces such as lamps, vases and other decoration items.

    In contrast to other particle filaments, when printing the Entwined™ filament, nozzles with a diameter of < 0.5 mm can be used without any problem, thus enabling pieces with a high level of detail to be achieved.

    Image 4: Piece 3D printed with the Entwined™, Buzzed™ and  Wound Up™. Source: Filament2print.

    Furthermore, something that is increasingly valued in the product design sector is sustainability and the search for environmentally friendly materials, which is why the Entwined™ filament from 3D Fuel is an option to be considered.

    All these characteristics make hemp filament an ideal material for the development of artistic or decorative pieces, but this filament is also very useful in applications such as the creation of functional prototypes with medium requirements.

    Sometimes companies have to create several versions until the final prototype is reached. Using a Biodegradable and Biocomposite material such as hemp filament for the prototyping of parts helps to create a more sustainable company.

    Entwined - Hemp PLA 
    Eco / Ecofriendly

    3D Fuel presents this filament in a vacuum-sealed bag with a desiccant bag. In this way the filament remains stored free of moisture.

    Due to its ease of printing, its original finish and its resistance to heat, this filament is ideal for sculptural or decorative applications; as well as for prototyping.

    Impact strength (KJ/m2) 4
    Elongation at break (%) 4.3
    Tensile strength (MPa) 65.5
    Flexural strength (MPa) 126
    Flexural modulus (MPa) 4357
    Softening temperature (ºC) 60
    Biodegradable Biodegradable
    Hide color variations (Hide color variations)

    To use the Entwined filament it is recommended to use a printing temperature of between 180 and 210 ºC. Like standard PLA, this material does not require a warm bed, so the temperature of the appropriate printing base would be between 40 and 60 ºC. For better adhesion, a Buildtak printing base or Magigoo adhesive can be used. This will avoid the warping effect even on large pieces.

    As far as printing speed is concerned, it is recommended to print at a speed of between 40 and 60 mm/s. As usual, lower layer heights produce greater detail clarity, but the printing process will be slower.

    To obtain the maximum strength of the 3D printed part, it is recommended to anneal the part. This process can be carried out in a common oven, in a temperature range of 80 - 130 ºC, and serves to promote greater crystallisation which improves the properties of the piece.

    1. Preheat the furnace.
    2. Place the printed piece on a tray at room temperature.
    3. Place the tray with the printed piece in the oven
    4. Wait between 30 and 60 minutes for the annealing to be completed.
    5. Turn off the oven and wait for it to cool down to room temperature before removing the piece.

    This process can produce shrinkage and/or deformation of the printed piece. The degree of shrinkage depends largely on the geometry of the part.

    The Entwined filament is somewhat sensitive to moisture absorption, so it is recommended that the filament be kept in a vacuum pack with a desiccant bag or use a PrintDry vacuum-sealed filament pack. If you have been exposed to damp conditions, it is recommended that you use a filament dryer such as PrintDry II to dry the filament. Using the filament wet can cause degradation of the polymer, increase the brittleness of the material or affect the adhesion of layers when printing a 3D part.

    General information
    Manufacturer 3D Fuel
    Material PLA Entwined
    Format  500 g roll
    Density -
    Filament diameter 1.75 ó 2.85 mm
    Diameter tolerance ±0,05 mm
    Filament length -
    Colour Brown with dark particles
    RAL/Pantone -
    Printing properties
    Printing temperature 185-215ºC
    Base/bed temperature 40-50ºC
    Chamber temperature Not required
    Coating fan Recommended
    Recommended print speed 30-40 mm/s
    Mechanical properties
    Izod impact resistance  (ASTM D256) 40 J/m
    Charpy impact resistance -
    Elongation at break (ASTM D702) 4.3 % 
    Tensile strength  (ASTM D702) 65.5 MPa 
    Tensile modulus (ASTM D702) -
    Flexural strength (ASTM D790) 126
    Bending module (ASTM D790) 4357
    Surface hardness -
    Thermal properties
    Softening temperature(ASTM E2092) 55-60ºC 
    Melting temperature 165 -180 ºC
    Specific properties
    Transparency (ASTM D1003) -
    Brightness value (ASTM D1003 for 20ºC) -
    Further information
    HS Code 3916.9
    Reel diameter (outside) -
    Cart diameter (inner hole)  -
    Reel width

    * The typical values detailed in this table should be considered as a reference. Actual values may vary depending on the 3D printer model used, part design and printing conditions. We recommend that you confirm the results and final properties with your own tests. For further information, please refer to the product data sheet.


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