eASA Black eSun filament

Description

eASA Black eSun filament

eASA is a modified resin that is a blend of acrylonitrile, styrene and acrylic rubber. This gives eASA eSun abrasion resistance, temperature resistance and UV protection, making it suitable for applications requiring high strength and durability. These mechanical properties make eASA an engineering plastic material.

Print settings

  1. Temperature: 220-260℃
  2. Bed temperature: 70-110℃
  3. Printing speed: 20-90mm/s
  4. Idling speed: 90-150mm/s

eASA is an impact modified resin composed of acrylonitrile, styrene and acrylic rubber.

eSUN's specialized eASA Filament offers high weather, temperature and UV resistance, for applications requiring higher strength than typical polymers.

Product feature

With a similarity in structure, eASA has excellent mechanical physical property as engineering plastics. Because the butadiene with double bond is replaced, eASA is given outstanding weather resistance, high temperature resistance and anti-UV performance. At the same time it works as an anti-static material that helps to gather less dust on surface.

Printing parameters

  1. Best print temperature: 220-260℃
  2. Bed temperature: 70-110℃
  3. Feed rate: 20-90mm/s
  4. Idling speed: 90-150mm/s

Printing notices

1. Leveling printing plate before starting;

2. Heat the hot bed to 70~110℃ before printing, paste transparent golden polyimide high temperature resistance tape to the surface and keep it clean;

3. Keep a optimum distance between nozzle and plate (which allows you to paint out a flat line while moving your nozzles; if too far the line will be much mellow and too close will be hard to let filament out);

4. A lower filling rate can remit shrinkage crack for ASA during printing process;

5. Nozzle diameter should be bigger than layer thickness. Try parameters like 0.2, 0.25, and 0.3;

6. Better keep cooling fan off when printing and print in a closed area. Putting flapper around printer also helps to keep constant temperature environment.

PS: eASA has weak tear resistance, please try to avoid drag or twine; it's also suggested to apply glue to plate to help it stick.

eASA Parameter Information

eASA Parameter Information

Product form

1,290.00 ฿

  • Shipped today? Order within: Oct 10, 2025 11:00:00 +0700
  • Fast Delivery

Description

eASA Black eSun filament

eASA is a modified resin that is a blend of acrylonitrile, styrene and acrylic rubber. This gives eASA eSun abrasion resistance, temperature resistance and UV protection, making it suitable for applications requiring high strength and durability. These mechanical properties make eASA an engineering plastic material.

Print settings

  1. Temperature: 220-260℃
  2. Bed temperature: 70-110℃
  3. Printing speed: 20-90mm/s
  4. Idling speed: 90-150mm/s

eASA is an impact modified resin composed of acrylonitrile, styrene and acrylic rubber.

eSUN's specialized eASA Filament offers high weather, temperature and UV resistance, for applications requiring higher strength than typical polymers.

Product feature

With a similarity in structure, eASA has excellent mechanical physical property as engineering plastics. Because the butadiene with double bond is replaced, eASA is given outstanding weather resistance, high temperature resistance and anti-UV performance. At the same time it works as an anti-static material that helps to gather less dust on surface.

Printing parameters

  1. Best print temperature: 220-260℃
  2. Bed temperature: 70-110℃
  3. Feed rate: 20-90mm/s
  4. Idling speed: 90-150mm/s

Printing notices

1. Leveling printing plate before starting;

2. Heat the hot bed to 70~110℃ before printing, paste transparent golden polyimide high temperature resistance tape to the surface and keep it clean;

3. Keep a optimum distance between nozzle and plate (which allows you to paint out a flat line while moving your nozzles; if too far the line will be much mellow and too close will be hard to let filament out);

4. A lower filling rate can remit shrinkage crack for ASA during printing process;

5. Nozzle diameter should be bigger than layer thickness. Try parameters like 0.2, 0.25, and 0.3;

6. Better keep cooling fan off when printing and print in a closed area. Putting flapper around printer also helps to keep constant temperature environment.

PS: eASA has weak tear resistance, please try to avoid drag or twine; it's also suggested to apply glue to plate to help it stick.

eASA Parameter Information

eASA Parameter Information

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