Case study

starex® Heat Resistant ABS SR-0325LT for Auto Interior Trim

2021.09.22

starex® Heat Resistant ABS SR-0325LT for Auto Interior Trim

Excellent material properties upgrade quality

case study 이미지

The Challenges

Automotive interior in which drivers spend most of their time are required to withstand the strong sunlight. Customers seek not only this type of excellent functionality but also other features -- for instance, diverse color options and elegant design. Against this backdrop, automakers are scrambling to secure a new type of material solutions that transcend the limitations of existing automotive interior materials.


The Solutions

LOTTE Chemical’s starex® heat resistant ABS SR-0325LT has excellent heat resistance and thermal stability optimized for automotive interior parts, ensuring the reliable quality of material properties. The material, which is strongly resistant against heat, boasts excellent appearance and paintability, helping customers to create refined design. In addition, it produces a minimum amount of TVOC (total volatile organic compounds) in a way that provides pleasant interior environment. This high- quality product also helps improve productivity and reduce costs.


Key Features

• Excellent Heat Resistance & Stability

• Good Colorability

• Low TVOC


Customer Benefits

• Surface Design Freedom

• Pleasant Driving Condition : Low TVOC

• Excellent Long-term Quality Reliability

• Productivity Up & Cost Effectiveness




Seokbae Lee │  Application Development Manager 

sukbae.lee@lottechem.com

T. +82-31-596-3571 

For more inquires, please contact.


※ The content above is information regarding a case that has been applied to a certain customer. It does not make any explicit or implicit guarantee or warranty regarding the safety or utility of the service. Furthermore, the content of this document is not legally binding and suitability issues regarding final use must be determined by the user, and the user alone is responsible for the outcome. The values and information specified in this document may change without prior notice for quality enhancement of the product. LCC-C-122019

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