Flexfill family comparison

Flexfill TPU Flexfill TPE Flexfill PEBA
Polymer base: Polyurethane + ester Polyolefin + SEBS Polyamide + ether
Tensile strength: 49 MPa 5 MPa 36 MPa
Elongation at break: 600 % 250 % > 1000 %
Density: 1.20 g/cm3 1.15 g/cm3 1.00 g/cm3
Sensitivity to moisture: High Low High
Chemical resistance: Oils, greases, ozone Water, acids, alcohols, alkalis Car fluids, toluene, acetone, ozone
Food & skin contact: Not recommended Certificated Not certificated
Gas permeability: High Low Medium
Optical properties: Glossy, transparent Matte, non-translucent Glossy, very transparent
For example, ideal for applications:
Vibration: Anti-vibration, damping Anti-vibration, damping Vibration and energy transfer
Skin contact: Long-term touch of human skin (holding in hands)
Under temperature: +80–100 °C +80 °C -40 °C
In contact with: oils water car fluids
Abrasion: Sliding abrasion Impingement abrasion
Other: Outdoor Low density
Rebounding

flexible materials webinar

First part of our webinar includes information about different kinds of flexible materials and their comparison: Flexfill TPU, Flexfill TPE and newly released Flexfill PEBA 90A.

The second part of the webinar is focused on 3D printing with flexible materials: 3D printing guidance, troubleshooting and presentation of real case studies.

Our webinar is your step forward to success printing with our Flexfills!

CASE STUDIES

15 M samples

15 m Samples are the perfect way to test if a selected material works for your project. 

No need to buy the whole spool, try it out first.