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Esun Advanced Super Tough PLA 1Kg White Natural 3D Printer Filament now in NZ
Our much loved Esun PLA+ now has an upgrade! Do you want to 3D Print with one of the strongest PLA filaments available right now? If you want high impact resistance & excellent overall part strength, look no further than Esun's new PLA-ST 3d Filament. This is the classic eSun Solid Black. Same classic kiwi black as you have come to expect from 3D Printer Store. ESun offer a very accurate & well respected PLA 3d printing filament that has taken the world by storm. PLA is naturally sourced, compostible & bio-degradable. It is the easiest material to 3d print. In the past, if you wanted functionality (but didnt need high temperature resistance), you still had to use other alternatives like PetG / ABS which were harder to work with. Now you can 3d print with the ease of PLA while getting many functional advantages & yet be eco-friendly thanks to eSun PLA plus! We are Authorised Reseller of eSun & our PLA+ 3d printer filament is stocked right here in NZ so we can bring our kiwi 3d customers great quality BRANDED pla filament for a superb price. -
Why our CF PLA filament? Did you know that most Carbon Fiber reinforced PLA filaments have only 5% of Carbon in them? Our filament has 20% Carbon Fibre in it - making for a substantial improvement to PLA 3d filaments. We hunted long & far to find a PLA Plus CF that actually performs like it should, & finally have got one made to our specification using PLA plus rather than standard PLA & adding fibre to it. Improved toughness & higher flexural strength are just the beginning. Add Improved surface abrasion resistance, meaning prints wont be scratched easily over other materials. Expect improved peak temperature handling performance, meaning a short burst of temperature won't instantly melt your part. And the Good looks are a bonus. The surface finish of our PLA is smooth & the material is more reliable to 3d print than cheaper options. We still recommend using 0.6mm nozzles for big prints, but 0.4mm is not a problem for standard 3d printing.