FFF filaments

Guide to choosing materials for FFF printing

The growing diffusion of filament 3D printers (FFF) is accompanied by the availability of new materials that can be used for printing.
In this exhaustive guide you will find the main characteristics of the most common polymers, paying particular attention to the mechanical and thermal in order to select the most appropriate for each application. Alongside the most common technical specifications, the catalog also includes chemically resistant, conductive or antistatic materials.

Aesthetic prototyping

PLA
Mechanical Properties
Elastic module 2850 MPa
Elongation at break 2.8%
Shore hardness 85 D
Thermal Properties
T. Glass or Vicat Softening Point 60 °C
HDT at 1.82 MPa -
Physical properties
Density 1.24 [g/cm3]
Certifications
- -

Recycled

PLA-R
Mechanical Properties
Elastic module 2963 MPa
Elongation at break 4%
Shore hardness 79.1 D
Thermal Properties
T. Glass or Vicat Softening Point 61 °C
HDT at 1.82 MPa -
Physical properties
Density 1.24 [g/cm3]
Certifications
- -

Flexible

TPU 95A
Mechanical Properties
Elastic module 29 MPa
Elongation at break 580%
Shore hardness 95 A
Thermal Properties
T. Glass or Vicat Softening Point -30 °C
HDT at 1.82 MPa -
Physical properties
Density 1.22 [g/cm3]
Certifications
- -

High Temp

PC
Mechanical Properties
Elastic module 2134 MPa
Elongation at break 6.4%
Shore hardness 82 D
Thermal Properties
T. Glass or Vicat Softening Point 113 °C
HDT at 1.82 MPa -
Physical properties
Density 1.18 [g/cm3]
Certifications
- -

Composite / Reinforced

PA6 CF15
Mechanical Properties
Elastic module 8386 MPa
Elongation at break 4%
Shore hardness -
Thermal Properties
T. Glass or Vicat Softening Point 70 °C
HDT at 1.82 MPa 92 °C
Physical properties
Density 1.23 [g/cm3]
Certifications
ESD Safe (1,8*10^6 Ω)

Resistant to chemical agents

CPE
Mechanical Properties
Elastic module 1900 MPa
Elongation at break 100%
Shore hardness 72 D
Thermal Properties
T. Glass or Vicat Softening Point 82 °C
HDT at 1.82 MPa 62 °C
Physical properties
Density 1.27 [g/cm3]
Certifications
- -

Flame Retardant

PA6/66 GF20 FR
Mechanical Properties
Elastic module 4876 MPa
Elongation at break 2.5%
Shore hardness -
Thermal Properties
T. Glass or Vicat Softening Point -
HDT at 1.82 MPa 114 °C
Physical properties
Density 1.29 [g/cm3]
Certifications
Flame retardant UL94 V0
Flame retardant, Railway applications EN 45545-2
Flame retardant, Railway applications NFPA 130
Generation of toxic gases SMP 800-C

UV resistant

ASA
Mechanical Properties
Elastic module 1370 MPa
Elongation at break 3.5%
Shore hardness -
Thermal Properties
T. Glass or Vicat Softening Point 103 °C
HDT at 1.82 MPa -
Physical properties
Density 1.06 [g/cm3]
Certifications
- -

Magneto detectable

PETG MDT
Mechanical Properties
Elastic module 2450 MPa
Elongation at break 3.6%
Shore hardness -
Thermal Properties
T. Glass or Vicat Softening Point 72 °C
HDT at 1.82 MPa 64 °C
Physical properties
Density 1.57 [g/cm3]
Certifications
Food contact FDA

Tribofilament

IGLIDUR I150
Mechanical Properties
Elastic module -
Elongation at break -
Shore hardness 64 D
Thermal Properties
T. Glass or Vicat Softening Point 65 °C
HDT at 1.82 MPa -
Physical properties
Density 1.35 [g/cm3]
Certifications
Food contact FDA
Food contact EU 10/2011

Conductive

CNT
Mechanical Properties
Elastic module 1550 MPa
Elongation at break 4.5%
Shore hardness -
Thermal Properties
T. Glass or Vicat Softening Point 65 °C
HDT at 1.82 MPa -
Physical properties
Density 1.35 [g/cm3]
Certifications
- -

ESD Safe

PA6 CF15
Mechanical Properties
Elastic module 8386 MPa
Elongation at break 4%
Shore hardness -
Thermal Properties
T. Glass or Vicat Softening Point 70 °C
HDT at 1.82 MPa 92 °C
Physical properties
Density 1.23 [g/cm3]
Certifications
ESD Safe 1,8*10^6 Ω

Food contact

PETG MDT
Mechanical Properties
Elastic module 2450 MPa
Elongation at break 3.6%
Shore hardness -
Thermal Properties
T. Glass or Vicat Softening Point 72 °C
HDT at 1.82 MPa 64 °C
Physical properties
Density 1.57 [g/cm3]
Certifications
Food contact FDA