![]() He further adds to this by considering the momentous event as another testament to the seminal and incredible success of SABIC’s BLUEHERO project. Achieving this safety standard requires careful selection and use of fire protection materials in components like enclosures, covers, trays, and the thermal barriers that separate battery cells.Įxalted with the awarding of the verification mark, Venkatakrishnan Umamaheswaran (the global Automotive Marketing director, SABIC) considers this achievement as an unprecedented step in relation to the strides towards the ever-evolving landscape of the EV batteries. This involves delaying any potential fire's spread beyond the battery pack. To mitigate such risks, the industry focuses on designs that maximize the time available for vehicle occupants to exit safely. This term refers to a dangerous chain reaction in a battery cell: as it overheats, it induces further heat in itself and potentially neighboring cells, which can lead to fires or explosions. However, the automotive industry is deeply committed to safety, particularly regarding the rare but serious phenomenon of thermal runaway. ![]() Most EV batteries function reliably for their intended lifespan. UL Verification, earned through a rigorous, unbiased evaluation, serves as a testament to the product's flame delay capabilities, bolstering customers' trust, as stated by SABIC. This 30% glass fiber-reinforced copolymer resin is a prominent offering in SABIC's BLUEHERO electrification campaign. ![]() SABIC has received the UL Verified Mark from Underwriters Laboratories for its STAMAX 30YH570 resin, positioning itself as the first polymer utilized in EV battery systems to obtain such emblematic verification for thermal and mechanical performance claims.
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