Focus on materials: TPU-92A OWA

tpu-92 owa

Within our range of 3D printing filaments, there is a thermoplastic elastomer (TPE) that can be used to manufacture flexible parts with good resistance to solvents: filament TPU-92A OWA. Feedback on its main features, applications, and print settings!

TPU-92A OWA is part of the TPE family of materials; polymers that combine the elastic properties of elastomers with the reversible property of thermoplastics. They can in fact be softened by heating and hardened by cooling as many times as necessary. TPE materials can also be produced from a mechanical mixture of two polymers, called a blend or copolymerization of two monomers – these are called copolymer blocks.

tpu-92a owa
TPU-92A OWA is available in white, dark blue, red or black



This is a mechanical mixture of a thermoplastic polymer with an elastomer, so there is a thermoplastic phase and an elastic phase. These TPEs are used in several sectors: in the automotive, architecture, construction, medical, food, and even the electrical industry.


Block copolymers

Most TPEs are the result of copolymerization of two monomers, one rigid and the other flexible. TPU-92A OWA consists of an isocyanate block (rigid segment) and blocks of ether, ester, and caprolactone (flexible segment). A material found mainly in the automotive sector and in high-level sports.


Irrespective of the origin of TPEs, they are renowned for having a wide range of hardnesses measured on the Shore hardness scale. This scale is from 0 to 100, giving some TPEs the appearance of a gel, whereas others are extremely rigid. When considering TPU-92A OWA, it can be seen that it obtains a score of 92 on the Shore A hardness scale, confirming its high rigidity. By way of comparison, the sole of a shoe has a Shore A score of 30 and a tire has a score of 70. The hardness of the material varies according to the 3D printer and the chosen print settings.

tpu-92a owa
A part printed using TPU-92A OWA


Main features of TPU-92A OWA

This plastic material has many properties, these include:

  • Good resistance to impact: it absorbs impacts without breaking
  • Highly flexible: the ability to withstand folding and tearing
  • High elasticity: it can be stretched up to 350% of its initial size before breaking
  • Chemical resistance to oil and grease
  • It is compatible with foodstuffs
  • A shiny appearance and bright colors


It is also resistant to abrasion and wear, making it a useful material for the manufacture of seals. In addition, it will not deteriorate in a damp atmosphere.

TPU is used in several market sectors such as automotive, electronics, consumer goods or even sports equipment.

Which 3D print settings?

Extrusion temperature 210-250° C
Plate temperature 20-90°C
Print speed 20-70 mm/s


Print settings are specific to each 3D printer; we recommend that you carry out a few tests to find the most suitable. Please don’t hesitate to contact our sales team if you need any help in making the right choice!