Specifications

3D Printer plastic ABS PLA Filament materials
1.100% virgin material for PLA/ABS material
2.Tollerance roundness +/-0.05mm

Product Name: 3D Printer plastic ABS PLA Filament materials

Descreption:

1.3D Printer ABS Filament has been tested on RepRap, Makerbot, Mendel, Huxley UP! Printer, WeisTek.

2.Diameter: 1.75mm or 3.0mm

3.The tollerance roundness +/-0.05mm

4.The processing temperature of ABS filament process temperature is 190-220°C

5.Hhigh strength, good toughness

6.Ddensity is small, when printing larger volume model lighter, save money

7.ABS 3D printer filament owns rigidity and shiny surface; high toughness and impact strength.

5.ABS performs a better flowability when melting and resists corrosion and abrasion. These qualities combined make it an ideal material for injection mold and extrusion.

ABS Filament and PLA Filament is commonly used in 3D printing, has the following characteristics:
(1) high strength, good toughness;
(2)density is small, when printing larger volume model lighter, save money;
(3) cost-effective, can be processed in wide range temperature;
(4) softer than PLA;
(5) diameter of 3.0/1.75mm, variations + /-0.1mm,roundness +/-0.05mm;
(6) 1 kg /plastic spool packaging, can be automatic feed;
(7) to be applied to a variety of 3D printer, Makerbot, Mendel, Prusa, Huxley, BFB series, etc.

More Advantages

- 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.

- 28-31 colors available.

- Appropriate stickiness, no first-layer problem.

- Compatible with most 3D Printers such as RepRap, MakerBot, Ultimaker, Up!, Makergear, etc.

 

Comparison

3D Filament ABS

· Impact resistant and tough

· Hard

· Glossy

· Petroleum based

· Flammable

· Prone to cracking if cooled too quickly

· Usually bends before it breaks

· Has a strong, toxic smell when it is being printed

· Strength is relatively equal to PLA

 

3D Filament PLA 

• 1.Lower melting point and better smell than ABS, flow rapidly, not blocking the nozzle;
• 2. PLA Filament has small shrinkage even when printing big size model.
• 3. Dimensional accuracy ± 0.1mm with laser monitor and interlock device,smooth surface,no bumps,no break,high hardness.
• 4. Wide colors seletion: natural,red,green,yellow,blue,black,purple,grey,orange
• 5. Packing: 1kg/1.5kg spool in plastic spool ( Can be customized)
  

Colors of our 3D printer Filaments

1) Our existed 13 colors: black,clear,white,,grey,yellow,orange,blue,green,red,purple, pink,silver and gold.

2) Available to provide Fluorescent red, Fluorecent yellow, Fluorecent blue, Fluorecent green…..                       within 2-3 days to produce

3) Available to provide Luminou red, Luminou yellow, Luminou blue, Luminou red…..within 2-3 days to produce

4) Can accept customer PMS for lager quantity.

Safe Packing

PLA filament is sensitive to the environment humidity, which needs the sealed packing.

All our filaments are sealed packed by the vacuum bag, and with a thick carton outside, ensuring stable quality after long-time sea shipment.

Quality Assurance

All the raw materials are imprted from Korea and Europe. And throught strict quality control while prodution, all our ABS plastic for 3D printer can keep a good fluency under a large temperature range. It will help to avoid the head clogging problem while environmental temperature changes.

And our 3D printer filament has a good  coagulability, it means if you want to print some prototypes with complex structure, it is even not necessary to add supporting structure.

Additonal Information

Temperature properties

For successful printing correct temperature settings are very important. The material properties and advised print settings of ABS are shown in the table below. The printing temperature is always higher than the melting temperature to achieve proper heat transfer to the filament.

Glass transition temperature	+/- 78 °C
Melting temperature	175 °C
Nozzle temperature	210-225 °C
Heated bed temperature	90-110 °C

Use the above values as a starting point, optimal values for your specific printer may vary from the values shown above,depending on e.g. nozzle diameter, printing speed and layer height.