8PCS - 8 BOBINE - 8KG PLA 1.75mm 3D printer consumables COLORI ASSORTITI ALTA QUALITà GARANTITA SU MAKERBOT, MULTIMAKER, ULTIMAKER, REPRAP, PRUSA
Questa offerta è per 8 bobine (totale 8 kili) di colori assortiti.
I colori disponibili sono i seguenti:
argento, bianco, trasparente, marrone, nero, grigio, verde fosforescente, giallo, viola, arancione, blu, oro, rosso, verde, rosa.
Specifica nelle note dell'ordine i colori scelti.
3D Printer Supplies / rapid prototyping / manufacturing materials increased material / 3D printing supplies
Consumables diameter : 1.75/3.00mm, standard tolerance is ± 0.05mm
Material : PLA
Net Weight : 1KG
GW : 1.35KG
Temperature : Nozzle optimum temperature is 175-230 °C, baseplate temperature 60-85 °C
Color: different colors
Small cap size :
Disk diameter : 160mm
Bore diameter : 32mm
Disc height :86-90mm
Market size :
Disk diameter : 200mm
Bore diameter : 56mm
Disc height : 65mm
Default hair small cap, small cap will be issued as stock market without
PLA supplies features:
Biological materials, refined grains of corn , biodegradable , environmentally friendly ;
Hard, strength and stiffness ;
Surface brightness, smoothness good ;
PLA is not curled when you print , not Alice .
Strict production processes : Grilled material, mixing , extrusion , cooling, calipers , winding , vacuum sealed , desiccant packaging , packing , packing
Packing: plastic pans , NW 1.0KG, desiccant , vacuum packaging, each plate into a small carton 17 * 10 * 17 , then eight small carton into a carton 35.8 * 35.8 * 23CM
PLA is environmentally friendly supplies , PLA is derived from corn starch and non-fossil fuels. Under certain conditions may self- composting biodegradable. Compared with ABS, PLA is no shrinkage , resistance to cracking and warping . So it can be used to print larger model , now using PLA supplies printing is a tren
- Filament Diameter: 1.75mm and 3.00mm
- Diameter precision: 0.01mm, Roundness: ±0.01mm
- Extrusion temperature:
PLA 3D printing consumables: 175 - 200°C/347-392°F
ABS 3D printing consumables: 210C -250°C/410-482°F
- Suitable for high precision 3D models printing, you can get more model details.
- The filament extrudes precisely for fast printing and consistent layering.
- Luminous PLA filament available: Glow in dark green, Glow in dark green blue.
- Filament comes with a light spool in a sealed package with a bag of desiccant.
- colors available.
- Appropriate stickiness, no first-layer problem.
- Compatible with most 3D Printers such as RepRap, Makerbot, Ultimaker, Mendel, Huxley UP, WeisTek, Thing-o-matic, Ult, flash cast, Mai Rui , etc.
Colorful filaments can help you realize your ideas.
We have defined and chosen a large set of colors suitable for 3D printing. In the mean time, the color of the material keep strictly consistent.
The Difference Between the PLA and ABS
When printing PLA smell of cotton candy smell ( odor sensitive to this cautious buying ) , unlike the ABS as the pungent smell bad child .
PLA can print large part model in the case without heating the bed corners will not tilt.
PLA having a low shrinkage , even when printing a large size model also performed well
PLA has a low melt strength , easier shaping print model , excellent surface gloss , colorful.
Differences between the PLA and ABS :
Crystalline PLA , ABS is a non- crystalline .
When heated slowly converted gel liquid ABS : without state change.
PLA as frozen water on the other hand , directly from the solid to the liquid in one step .
ABS ( not required phase change ) become more liquidity to further fill the barrel.
Because there is no phase transition , ABS does not suck nozzle heat.
Part of the PLA, the risk of phase change cooling nozzle , so that the risk of greater blockage .
The main advantage of polylactic acid has the following aspects :
( 1 ) polylactic acid (PLA) is a novel biodegradable material, a plant resources ( such as corn ) proposed the use of renewable raw starch .
( 2 ) good mechanical properties and physical properties. Polylactic acid suitable for blow molding, thermoplastic and other processing methods , processing convenience , is widely used.
( 3 ) compatibility with biodegradable good. Polylactic acid in the field of medicine is also widely used , such as to produce a one-time infusion equipment, free split -type surgical sutures and other low molecular weight polylactic acid packaging for drug delivery agents .
( 4 ) polylactic acid (PLA) biodegradable plastics in addition to the basic features , but also has its own unique characteristics. Traditional biodegradable plastic strength, transparency and resistance to climate change are not as good as ordinary plastic .
( 5 ) similar basic physical properties of polylactic acid (PLA) plastics and petrochemical synthesis , that is, it can be widely used to manufacture a variety of applications. Polylactic acid also has good gloss and transparency , and the use of polystyrene film is quite prepared , other biodegradable products are not available .
( 6 ) Polylactic acid (PLA) has good tensile strength and the elongation , the polylactic acid can produce a variety of common processing methods , for example: melt extrusion molding , injection molding, blown film molding, foam molding and vacuum forming , the polymers are widely used at present have similar forming conditions , in addition it is also the same as a conventional film printing performance .
( 7 ) The polylactic acid (PLA) film has good air permeability, permeability and oxygen permeability of the two carbon dioxide , it also has the isolation characteristic odor . Viruses and molds attached easily biodegradable plastic surface , the safety and health concerns , however, the polylactic acid having excellent antibacterial unique biological and anti-mold properties of biodegradable plastics .
( 8 ) When the incineration of polylactic acid (PLA) , its heat of combustion and incineration same paper is incinerated half of traditional plastic ( eg polyethylene ) , and the incineration of polylactic acid will not release nitrides, sulfides and other toxic gases.
How to determine the material is PLA or ABS?
A: On the surface it is difficult to judge, comparative observation was matt ABS , and PLA is very bright . Was heated to 195 degrees , PLA extruded smoothly , ABS can not. Heated to 240 degrees , ABS can smooth out , PLA muster bubbles appear , and even carbonation, carbonation will block the nozzle , very dangerous