If you need plastic for printing large-sized items with minimal shrinkage and high adhesion between layers, then PET-G Original is exactly the plastic you need!
Buy Studia3D Filament Original
Strength
Even very thin-walled products made of this plastic are impressive in their durability. It has one more advantage - a wide temperature range of application from -40 to +70°C. Resistant to mineral acids, alkalis, solvents. And they can be printed on any FDM 3D printer.
Before printing, it is recommended to dry the filament in a dryer or well-controlled oven at 65°From about 2 hours in order to obtain a high-quality surface of the product.
PET-G Original has a large color palette and products made from it retain this rich color over a long period of use. It is a very transparent plastic. Its glass transition temperature is 82°C. It has a very low specific gravity - it is light. Does not break on impact, strong when bending and breaking. Softening point 80°C.
Where is PET-G used
PET-G is a glycol-modified polyethylene tetraphthalate (PET). Everything is made of it: plastic bottles, food containers, packaging, toys, kitchen utensils, common items. It is recyclable. Products from it are produced under pressure, molding, cutting, thermoforming, deformation. But lately it has been very popular in 3D printing.
PET-G is used as a print support for other plastics because it adheres to absolutely everything. But then it becomes difficult to tear it off - it is quite hard, for example, like nylon.
Due to the high adhesion, there may be a problem with the separation of the finished product from the table. Therefore, a layer between the table and the model is required. It will allow you to securely fix the model when printing and separate it from the table when finished.
To find the best temperature setting, test by raising the temperature by 5°C, so that your extruder does not "bite" the filament.
Order and try plastic Studia3D Filament PET-G Original right now. We hope you enjoy this easy and affordable plastic!
Author: PR-service Studia3D
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