XYRON™ Modified PPE Resin
High-Heat-Resistant, Flame-Retardant Grades Passed the UL 2596 BETR Test
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An injection-moldable high-performance resin delivering both thermal barrier safety and design freedom
UL 2596 is an international testing standard that evaluates the durability of enclosures, specifically whether they can maintain their structural integrity under the high-temperature and high-pressure conditions generated when a lithium-ion battery (LiB) undergoes thermal runaway.
Conventional materials that comply with the UL 2596 BETR test rely on long-fiber reinforcements to provide mechanical strength, which imposes constraints on product design. In contrast, XYRON™ can be injection-molded into complex shapes. These features contribute significantly to enhanced battery system performance and greater design freedom.
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- Contents
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- What Is Modified PPE Resin “XYRON™”?
- Why XYRON™ Is Chosen for Battery Applications
- Rising Fire Risks from Li-ion Batteries and Growing Demand for Safer Materials
- What is UL 2596?
- What Is the Battery Enclosure Thermal Runaway (BETR) Test?
- BETR-Qualified Grade – High Flame Retardancy & High Stiffness