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TECAFIL PEI 9085TECAFIL PEI 9085

TECAFIL PEI 9085

161,20 

TECAFIL PEI 9085 natural is an amorphous high-performance polymer with beneficial properties for applications.

Available on backorder

SKU: GETENSINGERPEI Categories: ,

TECAFIL PEI 9085

The search for an ULTEMTM 3D printing filament usually leads to two types available on the market, ULTEMTM 1010 (or 1000) and 9085. TECAFIL PEI 9085 natural is based on the Sabic ULTEMTM 9085 material and is an unfilled PEI (polyetherimide) filament.
ULTEMTM 9085 filament is an amorphous high performance polymer with beneficial properties for numerous applications. This ULTEMTM filament can be used to print parts that can withstand high temperatures and high stresses.
TECAFIL PEI 9085 natural is inherently flame retardant and causes low smoke emission (meets UL94-V0). The combination of these FST (Flame, Smoke and Toxicity) safety standards with outstanding mechanical properties in terms of stiffness, high dimensional stability and high creep resistance over a wide temperature range makes PEI a frequently used material in the transport and aerospace sectors as well as in the automotive industry.
Due to its good electrical insulation properties, ULTEMTM filaments are also very widely used in the electronics and semiconductor industries. Thanks to its good radiation and chemical resistance, PEI 3D printing is also in demand for medical applications.
These characteristics make PEI filaments a suitable material for functional parts, prototypes and production tools. Applications printed with ULTEMTM filament have a continuous temperature resistance of up to 170 °C.
ULTEMTM is a registered trademark of the Saudi Basic Industries Corporation (SABIC).

COMPLIANCES


FACTS

Chemical designation

PEI (Polyetherimide)

 

Colour
beige

 

Density
1.34 g/cm3 (*2)

MAIN FEATURES

  • inherent flame retardant
  • high dimensional stability
  • high thermal and mechanical capacity
  • resistance against high energy radiation

TARGET INDUSTRIES

Τεχνικά χαρακτηριστικά

GENERAL MATERIAL INFORMATION VALUE UNIT PARAMETER NORM
Diameter 1,75 +/- 0,05 mm
Spool measurements Ø 52 mm holder
Spool measurements 55 mm width
Spool measurements Ø 200 mm outer diameter
Spool Material Polycarbonate
Filament Load per Spool 500 g
MECHANICAL PROPERTIES VALUE UNIT PARAMETER NORM
Tensile strength 83,7 MPa 5mm/min, Orientation XY DIN EN ISO 527-2
Tensile strength 38,9 MPa 5mm/min, Orientation ZX DIN EN ISO 527-2
Modulus of elasticity
(tensile test)
2512,0 MPa 5mm/min, Orientation XY DIN EN ISO 527-2
Modulus of elasticity
(tensile test)
2119,0 MPa 5mm/min, Orientation ZX DIN EN ISO 527-2
Elongation at break (tensile test) 9,7 % 5mm/min, Orientation XY DIN EN ISO 527-2
Elongation at break (tensile test) 2,5 % 5mm/min, Orientation ZX DIN EN ISO 527-2
Flexural strength 91,0 MPa 2mm/min, Orientation XY DIN EN ISO 178
Flexural strength 93,0 MPa 2mm/min, Orientation ZX DIN EN ISO 178
Modulus of elasticity
(flexural test)
2120,0 MPa 2mm/min, Orientation XY DIN EN ISO 178
Modulus of elasticity
(flexural test)
2500,0 MPa 2mm/min, Orientation ZX DIN EN ISO 178
THERMAL PROPERTIES VALUE UNIT PARAMETER NORM
Glass transition temperature 180 C ASTM D 3418
Melting temperature C DIN EN ISO 11357
Deflection temperature 153 C HDT-A ISO-R 75 Method A
Service temperature 170 C short term
Service temperature 150 C long term
Thermal expansion (CLTE) 10-5*1/K DIN EN ISO 11359-1;2
OTHER PROPERTIES VALUE UNIT PARAMETER NORM
Moisture absorption 0,39 % DIN EN ISO 62
Melt flow index (MFI) 8,9 g/10 min 295°C / 6,6kg DIN EN ISO 1133
PROCESSING PARAMETER VALUE UNIT PARAMETER NORM
Nozzle temperature 360 – 390 C
Max. melt temperature 410 C
Print bed temperature 160 – 190 C
Build chamber temperature 150 – 170 C
Nozzle diameter 0,4 mm
Print speed 30 – 40 mm/s
Fan speed 0 %
PREDRYING VALUE UNIT PARAMETER NORM
Drying temperature 120 C
Drying time 8 h
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