SUPRICOLOR · 3D PRINTING FILAMENT
SUPRICOLOR

PEBA

SUPRICOLOR PEBA is a thermoplastic elastomer with elastic recovery for forms that bend, compress and move. Its resilient character suits flexible prototypes and parts designed to undergo repeated deformation.

Color: White

Choose a color
Diameter: 1.75 mm
Weight: 1 kg

Select the format for your quotation. Available combinations are confirmed with your order.

SUPRICOLOR PEBA. Made to move. Elastic recovery for flexible ideas. Rebound, cushioning and flexible design. Orange and ivory filament reels, Opulent Orange lattice shoes, ice-blue insoles and a black lattice basketball in a clean ivory studio.
01 / MATERIAL FEATURES

Cushion Impact. Recover Shape.

PEBA’s rubber-like flexibility and elastic recovery help cushion impact and restore shape after deformation. A versatile choice for cushioning structures, sports equipment components, protective parts, and impact-resistant prototypes.

SUPRICOLOR PEBA — Resilience, refined. Black lattice basketball with a close-up of the printed structure.
SUPRICOLOR PEBA — Built to bounce back. Orange lattice basketball in a clean studio basketball setting.
02 / MATERIAL FEATURES

Designed for repeated deformation

The material is intended for elastic forms that bend or compress repeatedly, making it relevant to active product development.

03 / MATERIAL FEATURES

Flexibility shaped by geometry

Lattices, thin sections and curved walls offer different ways to develop the response of a printed form.

Five supplied references—red, yellow, orange, white and black—help distinguish design versions and explore their appearance.

SUPRICOLOR PEBA — Print your next possibility. Opulent Orange shoes, rainbow basketball, sage bicycle saddle, lavender phone case, teal watch strap and yellow lattice form.
04 / PRINTER COMPATIBILITY

The right setup.
A considered result.

Open-frame and enclosed FDM printers on a cream and sage studio display

Use a printer and feeding system that support flexible filament. Keep the feed path short and controlled, then tune speed and retraction for the selected material.

PEBA / APPLICATIONS

Put the material into your next idea.

Explore ideas for this material, then evaluate a printed sample against your project requirements.

Printed application — PEBA

Elastic prototype forms

Explore lattices, compression shapes and bendable elements, checking their response through controlled prototype trials.

Material texture — PEBA

Sports-product development

Create concept geometries to investigate shape and movement before product-level performance testing.

Product spool — PEBA

Wearable form studies

Develop fit-and-motion mockups; confirm the material and finished part separately for any intended end-use contact.

PEBA color reference

Color & finish studies

Compare PEBA colors and surface details with a representative printed sample.

Printed application — PEBA

Prototype refinement

Print, review and refine the geometry before moving on to your next iteration.

Swipe or scroll to explore all five applications

SEE PEBA IN ACTION

Videos

A closer look at the printing process, surface finish and finished models.

Printed application — PEBA
SUPRICOLOR / PEBA

From filament to finished ideas.

Video coming soon

PARAMETER INFORMATION

PEBA parameters.

Recommended print settings and material properties for your next project.

Print settings

PEBA
Pre-print drying (filament dryer)
50 ± 5 °C, 4–8 h
Printing & storage humidity
<20% RH — store sealed with desiccant
Nozzle temperature
210–240 °C
Nozzle size
0.4/0.6/0.8 mm
Build plate type
Stabilized Low-Temperature / Textured PEI / Smooth PEI
Build plate temperature
30–35 °C
Cooling fan
100%
Printing speed
20–100 mm/s
Retraction distance
0.4–0.8 mm
Retraction speed
20–40 mm/s
Printing environment temperature
25–45 °C
Maximum overhang angle
55°
Maximum bridge length
20 mm
Build plate surface treatment
No special treatment required
Support material
—

Mechanical properties

STRENGTH & PERFORMANCE
Tensile strength
12MPa
Elongation at break
>1000%
Flexural modulus
—MPa
Flexural strength
—MPa
Impact strength
124kJ/m²

Use these values as a starting point. Fine-tune settings to suit your printer, model geometry and ambient conditions.