https://www.tl-x.com/en/post/thermal-runaway-lithium-ion-batteries 2026-01-15 https://static.wixstatic.com/media/7f6c4e_8290714b32db459eadf93adba57d0a0b~mv2.png Lithium-ion battery thermal runaway sequence showing off-gas release, ignition, and propagation https://www.tl-x.com/en/post/lithium-ion-battery-off-gas 2026-01-15 https://static.wixstatic.com/media/7f6c4e_227db31531524b048a25ddb6aac0d093~mv2.png Diagram of a lithium-ion battery releasing gas, highlighting hazards like flammability and toxicity. Orange arrow points to venting stage. https://www.tl-x.com/en/post/tl-x-battery-fire-safety-solution 2026-01-20 https://static.wixstatic.com/media/7f6c4e_5c8d2615a39e4813a244966a3570842a~mv2.png Battery fire mitigation results showing reduced heat transfer and blocked propagation across adjacent cells during controlled testing https://www.tl-x.com/en/post/battery-fire-testing-explained 2026-01-15 https://static.wixstatic.com/media/7f6c4e_5c8d2615a39e4813a244966a3570842a~mv2.png Battery fire testing results showing heat transfer reduction and propagation blocking in an EV module under forced thermal runaway conditions https://www.tl-x.com/en/post/ev-fire-vs-gasoline-fire 2026-01-15 https://static.wixstatic.com/media/7f6c4e_af558b8c9b5645da9a948fc670874687~mv2.png Comparison of fire temperatures: Gasoline fires can reach 1,500°F (815°C), while EV battery fires can soar up to 4,500°F (2,500°C). https://www.tl-x.com/en/post/battery-fire-propagation 2026-01-15 https://static.wixstatic.com/media/7f6c4e_15bc338a85a14a86ba62e3921c3274a1~mv2.png Lithium-ion battery cell-to-cell propagation diagram showing thermal runaway spreading through adjacent cells https://www.tl-x.com/en/post/ev-charging-fire-statistics-safety-facts-2025 2025-07-28 https://static.wixstatic.com/media/7f6c4e_2a814d34736f4b30b7a98b81b5eb7d92~mv2.png Black text boxes show EV fire stats: 18-30% occur during charging, 13% reignite, 25% happen in underground parking. TU-X logo bottom right.