WEB-SEMINAR: Styrenic Based TPEs with Superior Flow Properties for Automotive Interior Mats
In the following we provide you with our web-seminar as video recording free of charge | Web-Seminar Language - English
WEB-SEMINAR: Styrenic Based TPEs with Superior Flow Properties for Automotive Interior Mats
This new series from c. Its improved properties over TPV including PP adhesion, low density, high flow and odor/emissions/fogging, will convince you to make the switch. These compounds will also metigate a significant portion of stubborn surface defects while maintaining the same TPV density and durometer range. Join us to create the difference with KRAIBURG TPE.
Introducing our Expert:
Our expert is looking forward to meeting you virtually!
Stephen Cranney, Product Engineer at KRAIBURG TPE
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Buford, GA - United States
KRAIBURG TPE Corporation
Webinar
Styrenic Based TPEs with Superior Flow Properties for Automotive Interior Mats
In the following we provide you with our web-seminar as video recording free of charge
This new series from c. Its improved properties over TPV including PP adhesion, low density, high flow and odor/emissions/fogging, will convince you to make the switch. These compounds will also metigate a significant portion of stubborn surface defects while maintaining the same TPV density and durometer range. Join us to create the difference with KRAIBURG TPE.
Speaker
Stephen Cranney
Product Engineer
Missed a Webinar? No Problem!
In the following we provide you with our webinar as video recordings free of charge
WEB-SEMINAR - TPE for Automotive Exterior Applications
Learn how KRAIBURG TPE’s specially developed automotive TPE compounds can be customized to meet the highest requirements and unique specifications for the Automotive exterior applications. | English | Duration 15 Minutes
WEB-SEMINAR - TPE and New Mobility
Register for this session to learn more about TPE solutions from KRAIBURG TPE that specifically address the requirements of tomorrow's new mobility applications. | English | Duration 15 Minutes
WEB-SEMINAR - Lightweight TPE | 网络研讨会 - 低密度 TPE
The web seminar is aimed at anyone who would like to lose some weight! | 本次15分钟的网络研讨会，将为您呈现更多内容。 | Mandarin | Duration 15 Minutes
WEB-SEMINAR - Make it Light! Lightweight TPE for Automotive Applications
KRAIBURG TPE has developed an innovative material technology that enables the production of very low density TPE. The result is three product lines for extremely weight-saving components of a type that is in increasing demand for vehicle construction. | English | 15 Minutes
WEB-SEMINAR - Make it: Lightweight TPE
KRAIBURG TPE has developed an innovative material technology that enables the production of very low density TPE. The result is three new product lines for extremely weight-saving components of a type that is in increasing demand for vehicle construction, power tools and various other application areas. | English | Duration 15 Minutes
WEB-SEMINAR - UV and Weather Resistant TPE with Adhesion to Polyamide
KRAIBURG TPE's polyamide adhesion series could only be used in interior and engine compartment applications due to their weathering properties. Our unique new UV/AD/PA series combines the property of cohesive adhesion to polyamides with exceptional UV and weathering stability | English | Duration 20 Minutes
WEB-SEMINAR: Automotive TPEs with EPDM Adhesion: New Developments
Learn how KRAIBURG TPE’s latest EPDM (thermoset rubber) bonding and higher flow materials are solving these issues for automotive injection molders and OEMs. | English | Duration 15 Minutes
WEB-SEMINAR - TPE and New Mobility
Register for this session to learn more about TPE solutions from KRAIBURG TPE that specifically address the requirements of tomorrow's new mobility applications. | English | Duration 15 Minutes
Webinar: Advance Automotive TPEs for Interior Applications - English
We are thrilled to invite you to our game-changing Webinar as we unveil our new, innovative Thermoplastic Elastomer (TPE) designed specifically for automotive interior applications. | English | Duration 30 Minutes