ABS Carbon Fiber
for Method series

High Performance Properties and RapidRinse Compatible

Combine the performance of carbon fiber with the reliability of ABS using the new ABS-CF on the Method XL.

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ABS Carbon Fiber Material properties

Extruder
1C
Tensile Modulus
6,000 MPa
Tensile Strength
59 MPa
Thermal resistance
102°C
Spool weight
750 g
Filament diameter
1.75 mm

Material properties

Select the material properties you would like to compare all Method series materials.

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Properties to compare
2
Available materials

Composites

Produce tools and end-use parts with improved strength, stiffness, and heat-deflection.

N6 Carbon Fiber

Extruder

1C

Hardness

80 Shore D

Heat deflection

184°C

Tensile strength:

110 MPa
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N12 Carbon Fiber

Extruder

1C

Hardness

84

Heat deflection

154°C

Tensile strength:

66 MPa
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ABS Carbon Fiber

Extruder

1C

Impact strength

42 J/m

Heat deflection

102°C

Tensile strength:

59 MPa
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Polymers

Print complex mechanical assemblies with real production materials

Tough PLA

Extruder

1A

Tensile strength:

35 MPa

Heat deflection:

52-49°C

Flexural strength:

2,000 MPa
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PLA

Extruder

1A

Tensile strength:

62 MPa

Heat deflection:

52-49°C

Flexural strength:

2,600 MPa
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PETG

Extruder

1A

Tensile strength:

76 Shore D

Heat deflection:

8 kJ/m²

Flexural strength:

76°C
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ABS

Extruder

1XA

Tensile strength:

44 MPa

Heat deflection:

70°C

Flexural strength:

2,000 MPa
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ABS-R

Extruder

1XA

Tensile strength:

43 MPa

Heat deflection:

84°C

Flexural strength:strength

77 MPa
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ASA

Extruder

1XA

Tensile strength:

49 MPa

Heat deflection:

96°C

Flexural strength:

2,300 MPa
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Nylon

Extruder

1A

Tensile strength:

66 MPa

Heat deflection:resistance

91°C

Flexural strength:

1,700 MPa
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PC-ABS

Extruder

1XA

Tensile strength:

37 MPa

Heat deflection:resistance

108°C

Flexural strength:

-
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PC-ABS-FR

Extruder

1XA

Tensile strength:

60 MPa

Heat deflection:

104°C

Flexural strength:

-
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