Durethan® and Pocan®

The High Performance Materials (HPM) business unit is one of
the leading suppliers of high-tech plastics for the automotive and electronic industries.
The name reflects the numerous advantages our product portfolio provides to you as our customers. One example is
high-tech plastics that lower the weight of automotive parts leading to increased fuel efficiency.

We invite you to discover our high-performance Durethan® (PA 6, PA 66) and Pocan® (PBT, PBT blends) thermoplastic resins. Get to know with HiAnt® how we can considerably support you from component concept
until production.

Your speediest way to the TechCenter HPM     


Durethan BKV50H2.0EF Belt pulley

February 28 to March 01, 2018 | 29th International Colloquium Plastics Technology

Visit LANXESS, block B, booth 42 in front of "Europasaal"

March 06 to 08, 2018 | JEC World 2018

Visit LANXESS and enter into customer dialog
with Bond-Laminates
Hall 5, Booth N 33

March 14 & 15, 2018 | Congress Center Rosengarten

International Conference and Exhibition
Plastics in Automotive Engineering
Visit us in Mannheim at stand 6:

March 18 to 23, 2018 | Frankfurt | Hall 4.0 | Booth G 26

Visit LANXESS at „Light + Building“

April 18 & 19, 2018 | Museo Storico Alfa Romeo | Milano


Durethan XTS

Special Durethan grades with high-temperature stabilization


... you will find clicking the following link

LANXESS Webmagazine

Exciting, up-to-the-minute news on
Durethan, Pocan and Tepex
Lightweight automobile – the answer lies in the materials!


WebMagazine - Mobility of the future

Current technical press

related to the Business Unit
High Performance Materials products

Products for LED & lighting applications

Special grades with high reflectivity, heat and UV stability as well as heat conductivity available.

Alternative Power Train

... E-Mobility and Light Weight Design can enable
"Green Mobility"

Lightweight design

... with high-tech plastics for "green mobility"

EasyFlow and XtremeFlow grades

Lower wall thicknesses and shorter cycle times with increased flowability.