rigid ink Blue PLA 1.75 mm

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Description

Other PLA 3D filaments are a good starter material. Although regarded as easy to use, they’re commonly seen as weak, brittle and inconsistent. We felt we could do better, much better. Our PLA uses a special pure grade resin that prints at lower temperatures (from 180°C). Sure, this saves electricity (yawn) but more importantly, it allows for a surprisingly strong and durable print with excellent layer-to-layer adhesion.

Our all-natural biopolymer is free from contaminants and is also long term biodegradable. So while it may not be suitable for prolonged outdoor use, rest assured that wrong-sized customer prototype won’t stay in landfill for years to come.

Whether you’re using a printer without a heated bed, getting creative with 3D pens or getting the kids involved in “the future” – our high strength PLA is easy to use, 100% reliable and actually suitable for most end use parts.

Our PLA comes in our largest range of colours, over 25 pigment rich varieties. The colour you see on this screen is the colour you’ll receive and the final colour of your print. Our colours don’t weaken after the heat of printing.

Additional information

Specification: rigid ink Blue PLA 1.75 mm

Header

rigid ink Blue PLA 1.75 mm

Model number

Q3-HSLK-UKFM

Ean

0787421882834

Brand

rigid ink

Weight

1

Material name

rigid ink Blue PLA 1.75 mm

Technology

FDM

How it comes

Filament

General material type

Plastic

Material group specific material type

PLA

Colour

Blue

Datasheet

https://dl.airtable.com/J3ELufMQRnmp9hRM4xnU_rigid.ink_PLA.pdf

Tensile strength yield xy in mpa

60

Flexural strength xy in mpa

83

Glass transition temperature

55

Heat deflection temperature 0 45mpa

55

Melting temperature

145

Density g cm

1.24

Company

rigid ink

Continent

Europe

Country

United Kingdom

Diameter

1.75 mm

Spool

Yes

Transparency

0

Min printing temperature

180 °C

Max printing temperature

210 °C

Compatibility

All

Legal Disclaimer

3DC LTD is not liable for the accuracy of the information contained within this database. Please consult directly with the relevant machine and/or material manufacturers before determining fitness for a particular use.
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