Demandez un devis

Popular Searches

Nylon
for Method series

Nylon’s ability to withstand high temperatures and it’s durability combine to give it above average abrasion resistance. Thus it is an excellent material for replacement parts in a manufacturing facility or distribution center.

Buy now
Material datasheet

Nylon Material properties

Extruder
1A
Flexural Modulus
1,700 MPa
Tensile Strength
66 MPa
Thermal resistance
91°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.

1
Properties to compare
Impact Strength ASTM D638 [MPa]
Impact Strength ASTM D638 [MPa]
Heat deflection [°C]
Tensile modulus [x10² MPa]
Heat deflection [°C]
Impact Strength ASTM D638 [MPa]
Heat deflection [°C]
Tensile modulus [x10² MPa]
2
Available materials
PLA
PLA is a corn-based plastic and is considered biodegradable under industrial processes.
Tough PLA
Tough PLA is a material that is great for mid-stage prototypes because of its ease of use and office-friendliness.
PETG
PETG’s chemical resistance makes it a choice material for liquid containers and bottles, which also makes it great for prototyping those types of products.
ABS
ABS is one of the most popular materials for injection molded consumer products due to its clean surface finish, durability, and heat resistance.
ABS-R
ABS, finally as easy as PLA. With our proprietary RapidRinse™ support achieve incomparable ABS parts with unprecedented ease.
ASA
ASA combines the qualities of ABS with the added benefit of UV resistance and additional moisture resistance.
Nylon
Nylon’s ability to withstand high temperatures and it’s durability combine to give it above average abrasion resistance.
PC ABS
PC-ABS is a strong, engineering-grade material that has both a high heat resistance and high impact resistance.
PC ABS FR
PC-ABS FR is flame retardant, with a rating of UL-94 V0. Specifically for a material to be classified as V0
N12 CF
Carbon fiber reinforced nylon optimized for high strength to weight ratio, stiffness, and heat resistance
ABS CF
Combine the performance of carbon fiber with the reliability of ABS using the new ABS-CF .
0
10
20
30
40
50
60
70
Impact Strength ASTM D638 [MPa]
0
20
40
60
80
100
120
140
160
180
200
Heat deflection [°C]
PLA
Tough PLA
PETG
ABS
ABS-R
ASA
Nylon
PC ABS
PC ABS FR
N12 CF
ABS CF

Polymers

Print complex mechanical assemblies with real production materials

Tough PLA

Extruder

1A

Tensile strength:

39.3 MPa

Heat deflection:

No data

Tensile Modulus

2,364 MPa
Learn more

PLA

Extruder

1A

Tensile strength:

No data

Heat deflection:

No data

Flexural modulus:

No data
Learn more

PETG

Extruder

1A

Tensile strength:

50 MPa

Heat deflection:

70°C

Flexural modulus:

2,050 MPa
Learn more

ABS

Extruder

1XA

Tensile strength:

43 MPa

Heat deflection:

84°C

Flexural modulus:

No data
Learn more

ABS-R

Extruder

1XA

Tensile strength:

41 MPa

Heat deflection:

102-105 °C

Flexural modulus:

2,600 MPa
Learn more

ASA

Extruder

1XA

Tensile strength:

49 MPa

Heat deflection:

96°C

Flexural modulus:

2,300 MPa
Learn more

Nylon

Extruder

1A

Tensile strength:

66 MPa

Heat deflection:

91°C

Flexural modulus:

1,700 MPa
Learn more

PC-ABS

Extruder

1XA

Tensile strength:

37 MPa

Heat deflection:

108°C

Flexural modulus:

No data
Learn more

PC-ABS-FR

Extruder

1XA

Tensile strength:

60 MPa

Heat deflection:

104°C

Flexural modulus:

No data
Learn more