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Arkema worldwide

A market leading product portfolio

Liquid resins

Radiation curing

3D printer
3D printer
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Thermoplastic powders

Power bed fusion

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Thermoplastic pellets

Filament extrusion

3D printing filament extrusion
3D printing filament extrusion
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A better use of material properties

We provide support to choose the right material and the right printing technology based on your applications. We offer high-performance materials for 3D printing for highly demanding applications. 

Check our materials for chemical resistance, transparency, impact resistance, dielectric properties, heat resistance or energy return applications.

Chemical resistance - Kepstan® PEKK​

In this video, we tested the reaction of Kepstan® PEKK and PEI to MEK. After 8 hours of exposure to MEK, we observe how PEI printed piece has changed in color, while PEKK remains the same.

High-Performance Materials for FFF 3D printed Kepstan® PEKK withstands aggressive chemicals and suits extreme applications.

High Toughness and Impact resistance - N3xtDimension® liquid resin

UV/LED liquid resins are the top choice if you are looking to achieve tough, transparent and highly detailed parts.

Impact resistance - Rilsan® PA11​

In this video, we tested SLS printed Rilsan® PA11​ with PA12 for impact resistance.

Using the vertically installed tube and falling steel ball test, we can see that the PA12 piece has broken while PA11​ withstand the impact with the steel ball and the piece remains intact. SLS printed Rilsan® PA11 shows superior impact resistance event -30 °C low temperatures.

Dielectric resin ​- N3xtDimension® liquid resin

Our N3xtDimension® UV/LED liquid resins with dielectric properties are the material of choice for radio frequency technology applications.

Ductility – Rilsan® PA11​

In this video, we compared 3D-printed pieces of PA11 and PA12 for ductility. After repetitive manipulations like folding and unfolding, we see how the PA11 piece remains tough and flexible without breaking.

Use Rilsan ® PA11​ powder when you need ductility, rigidity and strength for your 3D printing application. 

Heat resistance​ - N3xtDimension® liquid resin

N3xtDimension® heat resistant UV/LED curing resins can resist up to 150°C without compromising on mechanical properties.

Energy return – Pebax® TPE ​

Pebax® TPE ​is an energetic elastomer that is perfect for applications requiring lightweight, flexibility and energy return.

High energy return means a high percentage of the energy put into flexing the polymer (i.e. the step of an athlete) is returned during rebound. Compared to TPU polymers, Pebax® elastomers exhibit much lower energy loss, even at very low temperatures.

Save time during design phase

The ability to reliably simulate part behavior is key in predicting an optimal design and making the most of 3D printing. We can recommend to our customers the best trade off between cost and properties for each part, and are dedicated to being at the forefront of simulation tools.                                                               

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Collaborative development

We partner with our customers to develop custom materials and resins for their unique end-use applications. With our dedicated team of scientists and our three global centers of excellence, for each of the printing technologies, we have enabled the success for our customers in numerous markets. 

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Global capability, local expertise

We are ready to support our partners globally. Our teams are actively investing in all three regions – Europe, Asia, and North America – to serve you better. Our worldwide presence enables us to provide quick, local expertise from customized solution design to implementation

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White paper: Expanding Industrial Applications of Additive Manufacturing with Advanced Material Solutions 

  • Why additive manufacturing is revolutionary for industries? 
  • What are the highest performing materials for additive manufacturing in industrial application?
  • How to democratize additive manufacturing? 

The high-performance materials for 3D printing are evolving in tandem with advancement of additive-manufacturing technology. The material research and development in additive manufacturing is rooted in the understanding of the past practices and bridging the gap between traditional and emerging technologies.

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Case study - 3D printing 

 

3D printed and tailor-made: orthopedic insoles made with advanced bio-circular polyamide 11

 

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