3D printers Plastic2Print
Here you can compare the prices for 3D printers Plastic2Print, get acquainted with photos and technical characteristics (for example Scraper, Finishing tray included, Squeeze bottle included, Removal tool included, Display diagonal, Maximum build speed) and buy a liked model 3D printers in one of the reliable online stores.
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Product catalogs to browse
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1.75mm, PLA filament, Ultimate, Chocolate Brown, 0.75kg
General
PLA is one of the most popular materials for 3D printing. And for a reason: it has a relatively low melting temperature, low warp properties and is biodegradable (at least under warm and moist conditions). This 1.75mm PLA filament is a hard and strong plastic especially produced for 3D printing, use it to your imagination!
Temperature properties
For successful printing correct temperature settings are essential. At the glass transition temperature the polymer changes technically from a solid to a rubber. As a result the strength of PLA parts is reduced when used above this temperature. At the melting temperature (it is more a melting range to be precise), the viscosity drops dramatically and the polymer can be pushed through a nozzle. Doesn't that sound like printing? The printing temperature is always higher than the melting temperature to achieve proper heat transfer to the filament.
PLA is one of the most popular materials for 3D printing. And for a reason: it has a relatively low melting temperature, low warp properties and is biodegradable (at least under warm and moist conditions). This 1.75mm PLA filament is a hard and strong plastic especially produced for 3D printing, use it to your imagination!
Temperature properties
For successful printing correct temperature settings are essential. At the glass transition temperature the polymer changes technically from a solid to a rubber. As a result the strength of PLA parts is reduced when used above this temperature. At the melting temperature (it is more a melting range to be precise), the viscosity drops dramatically and the polymer can be pushed through a nozzle. Doesn't that sound like printing? The printing temperature is always higher than the melting temperature to achieve proper heat transfer to the filament.
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