Q2 2016 Brochure - Filamentive€¦ · NYLON 13 PC 14 PC-ABS 15 PVA 16 rPETg 17 PLA ... named a Shell LiveWIRE Smarter Future winner for August 2015. We now have our own ... colours

Q2 2016 Brochure

W: www.filamentive.com T: + 44 (0) 333 366 0020 E: [email protected]

FILAMENTIVE LIMITED InTechnology Enterprise Incubation Programme | Leeds Innovation Centre | 103 Clarendon Road | Leeds | LS2 9DF | United Kingdom

COMPANY NUMBER: 09720892 VAT NUMBER: GB232618228

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Contents About us 3 Sustainability 4 Bespoke design (private label) 5 Materials Guide 6 - 20 ABS-X 7

ASA-X 8 CARBON FIBRE 9 FLEX 10 GLASS 11 HIPS 12 NYLON 13 PC 14 PC-ABS 15 PVA 16 rPETg 17 PLA 18 tPLA 19 WOOD 20



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About us We only offer the best 3D printing consumables. We guarantee roundness of at least 95%, as well as ±0.05mm tolerances across our filament lines. Stringent quality control measures are implemented to ensure excellence. We have specific, regulated drying procedures for each material and all feedstock streams are proven 100% homogenous with no foreign debris. During extrusion, filament is measured constantly from 2-axes, with an alarm bell

sounding if the specification falls outside parameters. Filament is then wound onto 20KG bulk spools for visual inspection before it is put onto the reels we sell. All materials are REACH, RoHS and FDA compliant

We offer a 90-day money back guarantee – the longest offered by any filament brand – as well as worldwide express shipping. As of Q2 2016, we offer PLA and PET, as well as specialities such as Nylon, PC-ABS, PVA, HIPS, Carbon Fibre, Wood, Glass and Flex. Research and experimentation is continually on going both in-house and at our partner extrusion facilities, so you can expect new and exciting materials very soon! Despite being a young start-up, we are already an award-winning business – having been named a Shell LiveWIRE Smarter Future winner for August 2015. We now have our own extruder in-house to push the boundaries by developing and testing new polymers and materials. We do this because we are committed to innovation in order to meet the varying needs of a diverse 3D printer user base. In addition to selling direct to consumers on our website, we also offer:

• Education discounts • Bulk buy offers for business users • Discounts for community workshops such as FabLabs and Makerspaces • Recycling and sustainability initiatives (see page 4) • Private label and bespoke orders (see page 5) • 3D printing consultancy – covering technology, material and processing options • Low MOQ, flexible payment and free shipping wherever possible



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Sustainability In addition to the speed and customisation benefits 3D printing brings, the technology is also making manufacturing greener. This sustainable production needs a sustainable feedstock, which is where we come in.

Sustainability is key and here at Filamentive, we are advocates of the triple-bottom line – encompassing economic, environmental and social factors. All products are manufactured within Europe, ensuring our carbon footprint is as low as possible. We pride ourselves on our environmental awareness, using plant-based bioplastics wherever possible as opposed to fossil-fuel alternatives.

Just 1-3% of plastic is recycled globally, and within desktop 3D printing, most objects made are short-lived and end up stored or thrown away. At Filamentive, we hope to be pioneers of recycling within 3D printing. We have two recycled product lines – rPLA and rPET (as of April 2016) – with more coming in the future. We re-use waste streams from our own production – reducing wastage and preventing virgin material use – doing our bit for the planet, but also reducing 3D printing filament cost for clients; a win-win! Going forward, we plan to improve our sustainability with the following initiatives: • Continuing to reduce our production waste through reuse and recycle • Introducing product packaging and reels made from recycled/reused material • Developing client offset credit schemes whereby waste packaging, reels and 3D prints

can be exchanged to offset future purchases • Working alongside organisations such as Fab Labs and Makerspaces to propose

incentives to deal with their waste 3D prints • Creating synergies with businesses producing significant waste plastic which may be

able to be remanufactured in 3D printing filament



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Bespoke design/own label Although we are a brand in our own right, we want to use our 3D printing expertise to offer a bespoke own label scheme, tailoring to specific client needs and requirements.

Here are just a few reasons why Filamentive is the perfect partner to build your brand: • Eliminates R&D cost, time and hassle • Increase economies of scale by developing your own brand tailored to your desired

requirements as opposed to having several suppliers to meet the same needs • Facilitates faster and more effective entry to the market • Strengthen brand image and customer loyalty • Allows “upselling” of your own filaments alongside the 3D printers you currently sell We have one of the widest material portfolios out there, and we are able to offer:

Our experienced team will work with you every step of the way and this is what you can expect from the Filamentive bespoke design process: • Several telephone/face-to-face consultations to establish needs and requirements • Analysis of your current product portfolio to suggest potential options • Detailed material showcase covering specification, colours and case study examples • In-depth overview of our reel options (from 100g to 8kg!) making sure we encompass

your budget, weight and compatibility requirements. • Graphic design to create an eye-catching product, complete with your logo and styling • Each individual filament reel is shrink-wrapped and packaged to your specification

Please note: we use external extrusion partners for certain materials. We may not be able to provide bespoke private labelling services if you currently work with one of our partners.

• PLA/rPLA • PETg/rPET • HIPS • Carbon Fibre • Wood • ASA-X • Glass

• Flex • Nylon • TPLA • PVA • ABS-X • PC-ABS • PC



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Materials

Guide



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ABS-X ABS-X is the next-generation of ABS filament. By applying our zero warp technology to the filament we have created a filament with far less cracking, proven perfect interlayers, reliable bed adhesion and also improved mechanical properties. These properties make ABS-X the ultimate ABS replacement that prints strong and beautiful parts on any FDM 3D printer without the common of regular ABS such as warping & horrible bed adhesion. Features: •  Zero warp technology •  Excellent interlayer adhesion •  Reliable bed adhesion (Glass, tape & other adhesives) •  Enhanced mechanical properties over regular ABS •  Great strength & aesthetics

Colours: ABS-X is available from stock in 12 colours. For non stock colours a minimum of 40kg ± 10% is required. Packaging: ABS-X is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: Recommended temperature for heated bed is ± 80˚C. ABS-X is printed at high temperatures to make the final product extra strong. ABS-X can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C). This enhances the shelf life significantly.

Dimensions Size Ø tolerance Roundness 1,75mm ± 0,05mm ≥ 95% 2,85mm ± 0,10mm ≥ 95% Physical properties Description Testmethod Typical value Specific gravity ISO 1183 1,1 g/cc MFR 260˚C (5kg) ISO 1133 41 gr/10min Yield stress ISO 527 50mm/min 43,6 Mpa Strain at break ISO 527 50mm/min 34% Tensile (E) modulus ISO 527 1mm/min 2030MPa Impact strength Charpy method 23˚C

ISO 179 58 KJ/m2

Thermal properties Description Testmethod Typical value printing temp. DF 240-260˚C melting temp. ISO 294 235 ˚C +/- 10˚C vicat softening temp. ISO 306 97˚C



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ASA-X ASA-X is an industrial-grade ASA filament featuring, UV resistance, zero warp technology and excellent mechanical properties. ASA-X is the perfect replacement when you require a performance material without the problems that can arise during printing with ABS. ASA-X not only has great strength and interlayer adhesion but also features one of the best aesthetics possible with FDM 3D printing. The reliable bed adhesion will ensure a smooth printing experience. ASA-X is perfect when you are looking for beautiful and strong prints that also last outside. Features: •  UV / Weather resistant •  Zero warp technology •  Excellent interlayer adhesion •  Great strength & aesthetics •  Reliable bed adhesion (Glass, tape & other adhesives)

Colours: ASA-X is available from stock in 7 industrial colours. For non stock colours a minimum of 40kg ± 10% is required. Packaging: ABS-X is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: Recommended temperature for heated bed is ± 80-90˚C. ASA-X is printed at high temperatures to make the final product extra strong. ASA-X can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C). This enhances the shelf life significantly.

Dimensions Size Ø tolerance Roundness 1,75mm ± 0,05mm ≥ 95% 2,85mm ± 0,10mm ≥ 95% Physical properties Description Testmethod Typical value Specific gravity ISO 1183 1,11 g/cc MFR 260˚C (5kg) ISO 1133 45 gr/10min Yield stress ISO 527 50mm/min 47,5 Mpa Strain at break ISO 527 50mm/min 15% Tensile (E) modulus ISO 527 1mm/min 2020MPa Impact strength Charpy method 23˚C

ISO 179 18 KJ/m2

Thermal properties Description Testmethod Typical value printing temp. DF 235-255˚C melting temp. ISO 294 230 ˚C +/- 10˚C vicat softening temp. ISO 306 98˚C



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CARBON FIBRE CARBON FIBRE a PET-G based filament, reinforced with 20% carbon fibers, resulting in increased impact and heat resistance (HDT) to 80˚C. Our CARBON FIBRE features a sleek matt surface, no warping and dimension stability. This makes CARBON FIBRE suitable for a very wide variety of applications – such as RC parts, drones, automotive and engineering. Features: •  20% Carbon fiber reinforced PET-G •  Extremely stiff •  Increased impact and heat resistance •  No warping and dimensionally stable •  Matt surface

Colours: CARBON FIBRE is available from stock in it’s natural dark grey. For other non stock colours please ask our team. Packaging: CARBON FIBRE is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: Due to virtually no warping of CARBON FIBRE, it can also be printed without a heated bed. If you have a heated bed the recommend temperature is ± 35-60˚C. Please consider the use of a hardened steel nozzle when printing with CARBON FIBRE. The carbon fibers are abrasive and may result in fast wear of regular brass nozzles. CARBON FIBRE can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.

Dimensions Size Ø tolerance Roundness 1,75mm ± 0,05mm ≥ 95% 2,85mm ± 0,10mm ≥ 95%

Physical properties Description Testmethod Typical value Specific gravity ASTM D792 1,19 g/cc MFI (300˚C -1,2kg) ISO 1133 N.D. E-modulus 1mm/min ISO 527 3800 MPa Yield stress 50mm/min ISO 527 52,5 MPa Yield strain 50mm/min ISO 527 4,2% Strain at break 50min/min

ISO 527 8,0%

Impact Strength Izod Notched 23˚C ISO 180-1A 3,8 kJ/m²

Thermal properties Description Testmethod Typical value printing temp. - 225-245˚C Heat Distortion T. ASTM D648 80˚C



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FLEX FLEX is a very flexible filament for 3D printing. The combination of flexibility, mechanical strength and durability as well as good resistance to chemicals and extreme temperatures makes it a unique filament. The high carbon content of renewable materials results in less environmental impact. FLEX also exhibits excellent UV resistance. Features: •  Very flexible •  Strong •  Long term heat resistant •  Good chemical resistance •  UV resistant

Colours: FLEX is available from stock in 5 colours. For other colours a minimum of 30kg ± 10% is required. Packaging: FLEX is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: Recommended temperature for heated bed is ± 100˚C. Various other options (also without heated bed) are possible depending on the type and size of the object to be printed. FLEX can be printed better at a lower speed, due to its flexibility. FLEX can be used on most common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.

Dimensions Size Ø tolerance roundness 1,75mm ± 0,05mm ≥ 95% 2,85mm ± 0,10mm ≥ 95%

Physical properties Description Testmethod Typical value Specific gravity ISO 1183 1,14 g/cc Melt volume flow rate ISO 1133 39 cm³/10 min Stress at break ISO 527 24 Strain at break ISO 527 530,00% Tensile modulus ISO 527 95 MPa Impact strength Charpy method 23˚C ISO 179 Notched

No break Shore D Hardness ISO 868 45

Thermal properties Description Testmethod Typical value printing temp. - 220-260˚C melting temp. ISO 11357 180˚C



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GLASS GLASS is a crystal clear, strong, flexible and easy to print filament for 3D printing. These characteristics, together with the high degree of gloss, very low water absorption, practically no shrinkage or warping, very good interlayer adhesion and flame retardant properties make it a very special filament. The material is FCA (Food Contact Acceptable) approved. In short, a very diverse filament which can be used for many applications. Kenmerken: •  92% light transmission, so very bright •  Strong and flexible •  Very good interlayer adhesion •  No crazing when bent •  Food Contact Acceptable •  Almost no ”warping”

Colours: GLASS is available from stock in clear. For other (translucent) colours a minimum of 40 kg ± 10% is required. Packaging: GLASS is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: Recommended temperature for heated bed is ± 70-90˚C. Adhesion is possible on different surfaces. GLASS can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.


Physical properties Description Testmethod Typical value Specific gravity ASTM D792 1,01 g/cc MFR 200˚C/5kg ASTM D1238 7,5 g/10 min Tensile strength ASTM D638 26,2 Mpa Elongation at break ASTM D638 230% Flexural modulus ASTM D790 1795 Mpa Instr. Dart Impact (23˚C, 3,18mm TE)

ASTM D3763 40,0 J

Shore D Hardness ASTM D2240 63 Light Transmission ASTM D1003 92%

Thermal & optical properties Description Testmethod Typical value printing temp. - 235-250˚C melting temp. ISO 294 177-232˚C vicat softening temp. ASTM D1525 ± 85˚C



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HIPS HIPS is an easy to print, High Impact Polystyrene filament with multifunctional properties. HIPS is an excellent support material in combination with ABS, because it dissolves in D'limonene and ABS remains unaffected. HIPS is very suitable for detailed prints, but also for large objects because the material shows very limited warping. Furthermore HIPS is very light and durable, has good interlayer bonding, can be glued easily and the colours result in a smooth matt surface of the 3D printed objects. High Impact Polystyrene is therefore widely used in model building. Features: •  Dissolves in D'limonene •  High impact-resistance •  Can be glued easily •  For matt, detailed, complex or large prints •  Light and durable •  Virtually no "warping"

Colours: HIPS is available from stock in five matt colours. For non stock colours a minimum order quantity of 40 kg ± 10% is required Packaging: HIPS is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: Recommended temperature for heated bed is ± 65-110˚C. The speed with which HIPS dissolves in D'limonene is depending on the volume and improves by movement.. HIPS can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.

Dimensions Size Ø tolerance Roundness 1,75mm ± 0,05mm ≥ 95% 2,85mm ± 0,10mm ≥ 95% Physical properties Description Testmethod Typical value Specific gravity ISO 1183 1,04 g/cc MFR 200˚C/5kg ISO 1133 3,4 cm/³10 min Tensile stress ISO 527 22 Mpa Elong. at break (MD) - 50% Tensile modulus ISO 527 1550 Mpa Impact strength Izod method 23˚C

ISO 179 15 KJ/m²

Thermal properties Description Testmethod Typical value printing temp. - 220-270˚C melting temp. ISO 294 220˚C ± 40˚C vicat softening temp. ASTM D1525 ± 89˚C



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NYLON NYLON is a high performance polyamide filament. The polymer nylon PA12 is widely used in the automotive, machinery and engineering industry since it combines mechanical strength, flexibility, transparency, UV resistance and superior chemical resistance. NYLON is easy to print, has a high impact strength - even at low temperature - a very high glass transition temperature and has low water absorption. NYLON Is the perfect filament to print objects with a top performance. Features: •  Strong & flexible •  Crystal clear natural colour •  Superior chemical & UV resistance •  Low water absorption

Colours: NYLON is available from stock in clear, white and black. For other colours a minimum of 20kg ± 10% is required. Packaging: NYLON is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: NYLON needs to be dried for good 3D print results, A standard air-circulated oven is sufficient. A guideline for drying is 2-3 hours at 110-130˚C for 100 gram (Beware that the reel can only be heated up to 60˚C. In such cases please double the drying time). Recommended temperature for heated bed is ± 100-110˚C or even higher. NYLON will not bond to glass, but adheres well to masonite, poplar wood or blue painters tape. NYLON can be used on most common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.


Physical properties Description Testmethod Typical value Specific gravity ISO 1183 1,05 g/cc Viscosity number (in relation to PA12) ISO 307 160±10 cm³/g

(medium viscous) Tensile strength ISO 527 58 Mpa Strain at break ISO 527 >100% Tensile modulus ISO 527 2020 MPa

Impact strength Charpy method 23˚C ISO 179 Unnotched No B

Notched 13 KJ/m²

Shore D Hardness ISO 868 84

Thermal properties Description Testmethod Typical value printing temp. - 255-275˚C melt temp. - 270˚C ± 10˚C HDT 264psi.annealed ISO 75-2/A 136˚C



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PC POLYCARBONATE – or PC – is a high-performance plastic that possesses a unique balance of toughness, dimensional stability, optical clarity, high heat resistance and excellent electrical resistance. PC is commonly used to make a variety of products including bullet-proof glass, riot shields, cellphone housing and many other products that require an engineering grade material. We recommend PC for more experienced users that are looking to extend their filament options. Features: •  Great strength & stiffness •  High optical clarity •  Resistant to high temperatures up to 140˚C •  Low flammability (UL-94 V2)

Colours: PC is available from stock in 1 clear colour. For other (translucent) colours a minimum of 40 kg ± 10% is required. Packaging: PC is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: Recommend temperature for the ‘heated bed’ is ± 110˚C. PC is printed at a high temperature to make the final product extra strong. PC can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.

Dimensions Size Ø tolerance Roundness 1,75mm ± 0,05mm ≥ 95% 2,85mm ± 0,10mm ≥ 95% Physical properties Description Testmethod Typical value Specific gravity ISO 1183 1,2 g/cc MFI 300˚C/1,2g ISO 1133 12 g/10 min

Tensile strength ISO 527 50mm/min 65 Mpa

Tensile elongation ISO 527 50mm/min 120%

Tensile modulus ISO 527 1mm/min 2350 Mpa

Impact strength Charpy method 23˚C

ISO 179 23˚C 36 KJ/m²

Thermal properties Description Testmethod Typical value printing temp. Df 270-290˚C melting temp. - vicat softening temp. ISO 306 145˚C



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PC-ABS PC-ABS is a halogen-free, flame-retardant filament meeting the UL-94 V0 standard. Even though the high content of PC, for superb interlayer adhesion and dimensional accuracy, PC-ABS still prints at ABS-like temperatures. A perfect solution if you require the self-extinguishing benefit for your printed objects. Features: •  Flame retardant (UL-94 V0) •  Halogen free •  Superb interlayer adhesion •  High surface gloss •  Stable printing process

Colours: PC-ABS V0 @df is available from stock in 1 colour. For other colours a minimum of 40 kg ± 10% is required. Packaging: PC-ABS is available in all types of reel design, packaging and labelling. Ask our team about customizing your product. Additional info: Recommended temperature for heated bed is +100˚C. We recommend kapton an /or PVA glue stick for adhesion. PC-ABS can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.

Dimensions Size Ø tolerance roundness 1,75mm ± 0,05mm ≥ 95% 2,85mm ± 0,10mm ≥ 95%

Physical properties

Description Testmethod Typical value

Specific gravity ISO 1183 1,18 g/cc MFI 260 ºC (5 kg) ISO 1133 N.D. Yield stress ISO 527 50mm/min 65,1 Mpa Strain at break ISO 527 50mm/min 62% Tensile (E) modulus ISO 527 1mm/min 2400 Mpa Impact strength izod method 23˚C

ISO 180-1A 12,5 KJ/m²

Thermal Properties Description Testmethod Typical value printing temp. DF 240-270˚C mellting temp. ISO 294 250˚C ±-10˚C Vicat softening temp.. ISO 306 ± 110˚C Flammability-rating UL-94 V0



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PVA PVA is our filament is our preferred, cold water soluble, supporting material for dual extruder 3D printing. The modification on the raw material results in a filament that is much more thermally stable than a regular PVA. It also bonds well to PLA, ABS and PET-G, which enlarges the application field significantly. This polyvinyl alcohol-based filament is non toxic and biodegradable once dissolved in water. Easy printing, much less failures and easy removability makes this the supporting material you should try. Features: •  Improved formula with enhanced stability in printing •  Excellent water solubility •  Thermally much more stable than a regular PVA •  Good bonding to PLA, PET-G and ABS •  Biodegradable when dissolved in water

Colours: PVA is available in its natural colour. For specific applications PVA is available in colours on request. Packaging: PVA is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. . Additional info: Recommended temperature for heated bed is ± 35-60˚C. Do not exceed a printing temperature of 225˚C, because then PVA crystallizes quickly and it will no longer flow and/or dissolve in water. . The speed at which the product dissolves in water is dependent on the volume of the printed object and the temperature of the water. PVA dissolves in cold water. Higher water temperature (up to 70˚C is no problem) will accelerate the dissolution. PVA can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.


Physical properties Description Testmethod Typical value Specific gravity ASTM D1505 1,22 g/cc MFR 220˚C - 2,3 g/10 min Tensile strength - - Strain at break - - Tensile modulus (1mm/min) ISO 527 3500 Mpa

Impact strength Charpy method 23˚C ISO 179 Notched

1,7 KJ/m²

Thermal properties Description Testmethod Typical value printing temp. - 180-205˚C melting temp. - 163˚C vicat softening temp. ISO 306 60,2˚C



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rPETg Our rPETg is produced from recycled PET sources such as plastic bottles. PET (Polyethylene terephthalate) is an industrial strength filament with several great features. It's strength is much higher than PLA, and it is typically used for food containers and tools used for food consumption. It barely warps, and produces no odors or fumes when printed. rPETg 3D printer filament is known for its clarity and is also very good at bridging. Features:

•  High clarity •  Strong & Flexible •  Almost no “warping” •  Hydrophobic (Does not absorb water) •  Food Contact Acceptable •  Odor neutral printing

Colours: rPETg is available from stock in 11 colours . For other (translucent) colours a minimum of 40 kg ± 10% is required. Packaging: rPETg is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: Recommended temperature for heated bed is ± 35-60˚C. Adhesion is possible on different surfaces. rPETg can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.

Size Ø tolerance Roundness1,75mm ± 0,05mm ≥ 95%2,85mm ± 0,10mm ≥ 95%

Description Testmethod Typical valueSpecific gravity ASTM D792 1,27 g/ccMold shrinkage ASTM D955 0,2-0,5%Tensile strength @yield

ASTM D638 50 MPa

Elongation at break ASTM D638 120%Flexural modulus ASTM D790 2150 MPaImpact Strength Izod Notched 23˚C

ASTM D256 85 J/m

Rockwell Hardness ASTM D785 105Moisture absorption ASTM D570 0,13%

Description Testmethod Typical valueprinting temp. - 195-220˚CHeat Distortion T. ASTM D648 70˚CLight Transmittance ASTM D1003 90%

Thermal & optical properties

Dimensions

Physical properties



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PLA (rPLA) Poly Lactic Acid – or PLA - is a biodegradable plastic originating from natural plant-based resources. PLA is a tough, easy to use, high grade PLA type of filament, ideal for 3D printing. Slightly modified, our filament retains the typical features of PLA, but makes it tougher and less brittle. Our PLA is branded rPLA due to the fact it originates from 90% recycled sources as opposed to virgin alternatives, however still maintaining quality and technical parameters. Features: •  Tougher and less brittle compared to regular PLA •  Easy to print at low temperature •  Low warping •  Biodegradable •  Limited smell

Colours: PLA is available from stock in 28 bright colours. For non stock colours a minimum of 40kg ± 10% is required. Packaging: rPLA is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: PLA can be printed without a heated bed. If you have a heated bed the recommended temperature is ± 35-60˚C. PLA can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly..


Physical properties Description Testmethod Typical value Specific gravity ASTM D1505 1,24 g/cc MFI - 6,0 g/10 min

Tensile strength ASTM D882 110 MPa (MD) 145 MPa (TD)

Elongation at break ASTM D882 160% (MD) 100% (TD)

Tensile modulus ASTM D882 3310 MPa (MD) 3860 Mpa (TD)

Impact Strength - 7,5 KJ/m²

Thermal properties Description Testmethod Typical value printing temp. - 180-210˚C melting temp. - 210˚C ± 10˚C melting point ASTM D3418 145-160˚C vicat softening temp. ISO 306 ± 60˚C



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tPLA tPLA is a tough, high grade, colour-changing PLA type of filament. The dark grey colour will change to natural above 29˚C, but much faster above 33˚C or higher. Due to a low shrinkage factor, PLA will not deform after cooling. Poly Lactic Acid – or PLA - is a biodegradable plastic made from renewable natural resources and one of the most popular materials for 3D printing. Features: •  Colour changing grey-natural > 33˚ Celsius •  Tougher and less brittle compared to regular PLA •  Easy to print at low temperature •  Low warping •  Biodegradable •  Limited smell

Colours: tPLA is available from stock in thermochrome dark grey. For other non stock thermochrome colours please ask our team Packaging: tPLA is available in nearly any type of packaging and labelling. Ask our team to help you customizing your product. Additional info: Due to its low tendency to warp tPLA can also be printed without a heated bed. If you have a heated bed the recommended temperature is ± 35-60˚C. tPLA can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.







Thermal properties Description Testmethod Typical value printing temp. - 180-210˚C melting temp. - 210˚C ± 10˚C melting point ASTM D3418 145-160˚C vicat softening temp. ISO 306 ± 60˚C



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WOOD WOOD is a modified PLA based type of filament, that smells and feels like wood. The different wood-types enable us to manufacture this wide range of natural wood colours. The filament is tough enough for supplies on reels up to 2.3kg and even with common 0.4mm nozzles it print very well as our modification ensures the wood particles don’t block the nozzle. We truly believe this is best performing wood filaments on the market. Features: •  Feels and smells like WOOD •  Easy to print at low temperature •  Very low warping •  Biodegradable •  Easily printable with ≥ 0.4mm nozzle

Colours: WOOD is available from stock in 5 different colours. Packaging: FLEX 45 is available in all types of reel design, packaging and labeling. Ask our team about customizing your product. Additional info: Due to its low tendency to warp WOOD can also be printed without a heated bed. If you have a heated bed the recommended temperature is ± 35-60˚C. We advise a nozzle ≥ 0.4mm. WOOD can be used on all common desktop FDM or FFF technology 3D printers. Storage: Cool and dry (15-25˚C) and away from UV light. This enhances the shelf life significantly.







Thermal properties Description Testmethod Typical value printing temp. DF 205-235˚C melting temp. - 150˚C ± 10˚C melting point ASTM D3418 140-150˚C vicat softening temp. ISO 306 ± 45˚C

Documents

Q2 2016 Brochure - Filamentive€¦ · NYLON 13 PC 14 PC-ABS 15 PVA 16 rPETg 17 PLA ... named a Shell LiveWIRE Smarter Future winner for August 2015. We now have our own ... colours