Engage 11547

Об этом продукте

ENGAGE 11547 is a polyolefin elastomer offering high flow and excellent rubber loading efficiency as superior impact modifier in thermoplastic polyolefin (TPO) compounds. Its improved toughening capability compared to other commercially available polyolefin elastomers allows for greater ease in optimizing elastomer levels to meet impact requirements for global automotive specifications. TPO formulations containing ENGAGE 11547 combine very good processing behavior with an excellent stiffness/toughness balance for automotive parts, such as bumper fascia. The design of the ENGAGE 11547 polyolefin elastomer enables shorter injection molding cycle time for the TPO compound. Its design characteristics contribute to morphology control and improved temperature resistance for final parts.

Main Characteristics:

  • High rubber loading efficiency for optimum cost/performance balance
  • Improved toughness for better stiffness/toughness balance
  • Very good flow characteristics
  • High crystallization temperature for short cycle time
  • High melting point for improved temperature resistance
  • Pellet form with partitioning agent for ease of handling

Applications:

  • Impact Modification of TPO
  • Injection molded polyolefin compounds
Brand: EngageProducer: DowPolymer Type: POEFiller: UnfilledQuality: PrimeForm: GranulesSustainability: Not Classified
Density, Low
Flow, Good
Shrinkage, Low
UV Resistant

Рынки и технологии


Технические характеристики

Для данного продукта спецификации не указаны

Request Quote

Fast response
Requesting quotations is exclusive to selected users. Please login or register. New to our platform? Sign up, follow the provided instructions, and get verified to access our services.
Персонализированные продукты и ценыБыстро запрашивайте котировки на конкретные марки и количества.
Исчерпывающая информация о материалахПолучите подробную информацию обо всем ассортименте нашей продукции.
Эффективное управление заказамиОтслеживайте состояние ваших заказов и получайте подробную информацию.
Просмотр сопутствующих документов
Найдено 0 документов