MAT-TPU

TPU FlexibleMaterial

Rubber-like flexible material perfect for gaskets, phone cases, wearables, and applications requiring elasticity

SHORE

85-95A

STRETCH

450%

COLORS

10+

TPU flexible 3D printing material samples
TPU

FLEXIBLE MATERIAL

FLEXIBILITY

Rubber-Like

SPECIFICATIONS

Key Properties

PROPERTYVALUERATING
Shore Hardness85A-95A
Elongation at Break450%
FlexibilityExcellent
Print DifficultyModerate
Abrasion ResistanceExcellent
Oil ResistanceGood
APPLICATIONS

Typical Applications

APP-01

Phone Accessories

Protective cases
Screen protectors
Cable management
APP-02

Automotive

Gaskets
Seals
Vibration dampeners
APP-03

Wearables

Watch bands
Fitness trackers
Medical devices
APP-04

Industrial

Grips
Shock absorbers
Flexible couplings
GUIDELINES

Design Guidelines

DES-01

Minimum Wall Thickness

1.5mm for structural parts, 1mm minimum

Thicker walls provide better flexibility and durability

DES-02

Support Requirements

Minimal supports needed due to flexibility

TPU can bridge longer distances than rigid materials

DES-03

Infill Patterns

Use gyroid or honeycomb for flexibility

Lower infill (10-30%) maintains flexibility while providing structure

DES-04

Post-Processing

Difficult to sand, best printed to final form

Design parts to avoid the need for extensive post-processing

COLORS

Available Colors

Natural

Black

White

Red

Blue

Green

Yellow

Orange

Pink

Purple

INDUSTRIES

Industry Applications

CONSUMER-ELECTRONICS

Consumer Electronics Accessories

Flexible phone cases, tablet covers, and protective accessories with custom branding options

KEY BENEFITS:

Perfect fit and flexibility
Consistent material properties
Excellent shock absorption
MANUFACTURING

Industrial Sealing Solutions

Custom gaskets, seals, and flexible components for machinery and equipment

KEY BENEFITS:

Chemical resistance properties
Long-term durability
Cost-effective vs traditional molding
FAQ

Frequently Asked Questions

Q1

What Shore hardness options are available?

We stock TPU in Shore A 85, 90, and 95 hardness levels. Shore A 85 is softer and more flexible, while 95 is firmer with better structural properties.

Q2

How flexible are TPU prints?

TPU parts can be bent, twisted, and stretched significantly without breaking. The exact flexibility depends on the Shore hardness and part geometry.

Q3

Can TPU be printed with complex geometries?

Yes, TPU can handle complex shapes and overhangs better than rigid materials due to its flexibility. However, very thin features may be challenging.

Q4

Is TPU suitable for food contact?

Some TPU grades are food-safe, but verification depends on the specific formulation. Please specify if food contact is required when requesting a quote.

GET STARTED

Start Your TPU Flexible Project

Ready to bring your design to life with professional FDM 3D printing?