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ePEEK Pro

Special plastic materials with excellent mechanical and thermal properties; high strength, high toughness, impact resistance; self-lubricating and wear-resistant properties, printable mechanical gears; flame retardant; resistant to corrosion by most chemical reagents and solvents; high temperature resistance Performance, the heat distortion temperature is as high as 205℃, and it can be used for heat-resistant parts.

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* Description:

Description

Special plastic materials with excellent mechanical and thermal properties; high strength, high toughness, impact resistance; self-lubricating and wear-resistant properties, printable mechanical gears; flame retardant; resistant to corrosion by most chemical reagents and solvents; high temperature resistance Performance, the heat distortion temperature is as high as 205℃, and it can be used for heat-resistant parts.

Sellingpoint

Chemical resistance
Heat resistance
Flame retardant

High toughness
High impact resistance
Abrasion resistance

* Application
Aerospace industry Automotive industry Healthcare oil and gas Industry Semiconductor Industry
* Print model
  • ePEEK Pro_print model (2)
  • ePEEK Pro_print model
  • ePEEK Pro_print model (3)
  • ePEEK Pro_print model (4)
Filament Properties Table
3D PRINTING FILAMENT ePEEK Pro
Density(g/cm3) 1.3
Heat Distortion Temp(℃,0.45MPa) 205
Melt Flow Index(g/10min) 14.3(190℃/2.16kg)
Tensile Strength(MPa) /
Elongation at Break(%) 30
Flexural Strength(MPa) /
Flexural Modulus(MPa) /
IZOD Impact Strength(kJ/㎡) /
Durability 10/10
Printability 6/10
Recommended printing parameters
Extruder Temperature(℃) 400 – 450℃
Recommended temperature430℃
Bed temperature(℃) 130°C
Fan Speed 0%
Printing Speed 40 – 60mm/s
Heated Bed Required
Recommended Build Surfaces PVP solid glue, high temperature glue
Feature
Flexible ——
Elastic ——
Impact Resistant ——
Soft ——
Composite ——
 UV Resistant
Water Resistant
Dissolvable ——
Heat Resistant
Chemically Resistant
Fatigue Resistant
Need drying
Heated Bed Required
Print recommend Drying at 70℃/>6h, try to increase the constant temperature chamber and the bottom plate temperature, and strictly adjust the level before printing

1.It’s better to dry the ePC filament before printing(70℃/>6H).the eBOX is suggested to use when printing the ePC filament.
2.The shingkage of ePeek Pro material is high.So pls use printer which has chamber to print the ePeek Pro filament.
3.eEPEEK Pro is prone to warping when printing. Pls increase thechamber temperature and plate temperature ; choose a bottom plate with high flatness and high temperature resistance; Leveling is required before printing.
4. Uneven crystallization of ePEEK Pro material may occur during the printing process. Try to increase the chamber temperature and reduce the cooling speed of the PEEK material; if necessary, an oven is required for post-annealing. Annealing after printing can improve mechanical performance. Put it in the oven 150 ℃/1h→200℃/1h→150℃/0.5h.

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