High heat ELIX ABS HH 3110
Product Grade/Solution
ELIX ABS HH 3110
Description
ELIX ABS HH 3110 was developed as one of the high heat generation ELIX ABS products for the automotive industry. This new innovative range of high heat ELIX ABS grades, free of α –Methylstyrene (AMS), combines very low emissions and high flowability, offering well-balanced mechanical properties, low emission/odour, high heat resistance and excellent processability and paintability.
ELIX ABS HH 3110 was designed to cover those applications where very high thermal resistance (Vicat B120=110 °C) is required.
Typical Application
Automotive interior parts: Door panel parts, centre console parts, instrument panel parts, interior trim.
Automotive exterior parts: Rear light housing, front grille, B-pillars (coinjection with PMMA).
Several OEMs have approved the HH3110 grade (GM under GMW15572-T3, Ford under WSS-M4D690-B1, Stellantis under RMA 03-2020, Daimler under DBL 5404.AA82 and Renault/Nissan under PMR 2021).
Features
Contains ELIX AMS-free high heat technology
Vicat B120=110 °C (B50=108 °C)
Low emission and odour (VDA 278 VOC=5 / FOG=8 ppm, VDA 270=3.0)
Approved by several automotive OEMs
Learn more about
Innovation (Portfolio of
Other similar grades
The ELIX HH ABS family is completed by the ELIX ABS HH 3105, with a Vicat hardness of B120=105 °C, and ELIX ABS HH 3114, with a Vicat hardness of B120=114 °C. The selection of the most appropriate material will depend on the specific OEM technical requirements.
R+D concept
“Our project aim was to develop a new high heat generation of ABS grades that meets the stringent requirements of the automotive industry, combining very low emissions, excellent processability and well-balanced mechanical properties”.
Market Field Automotive.
Very good balance of mechanical, thermal and rheological properties
Reduced density compared with other high heat ABS grades
Very high heat resistance
): https://www.elix-polymers.com/portfolio-solutions For enquiries, please contact transferknowledge@elix-polymers.com