Page 41: of Marine News Magazine (January 2025)

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sipative media (class D ? re), and prominent visual identi? ca- allow the blankets to be quickly and easily deployed. Lithi- tion to alert emergency personnel of contents and hazards. um-Ion Fire Blankets are ideal for ? rst responders, EV ? eets,

They follow guidelines within NFPA 704, IFC 608, FM e-charging stations, ferries, and wherever electric transports 5-55 and applicable EPA regulations. DENIOS Lithium-Ion are charged, used, stored, or serviced. Compliant with EC

Battery Stations are ideal for the vessels and ports using them. safety data sheet 91/115/EEC, DIN EN 13501-1, class A1, non-combustible, and electrostatic certi? cate according to • Ion-Charge 90 Cases DIN 54345-1, non-conductive, Lithium-ion ? re blankets

BatterySafe cases, designed speci? cally to transport lith- contain the ? re until emergency responders arrive. ium-ion batteries in accord with international regulations, feature cushions ? lled with Pyrobubbles – an extinguish- • Lithium-Ion Battery Charging and Storage Cabinets ing agent which provides protection against thermal run- Their very high energy density can lead Lithium-ion away, and exothermic reactions. Reusable, easy to use, they batteries to spontaneously combust, become unstable, have an operating temperature range from --4°F to 176°F, and can explode if heated. Charging lithium-ion batteries and a storage temperature range from 60°F - 86°F. Com- unattended overnight is a common practice. A defective pliant with international regulations for transport and re- battery, charger, or connection cable can generate heat cycling for undamaged and non-defective, or End of Life and lead to a ? re. Many of these issues are not appar- (ELO) lithium-ion batteries, BatterySafe cases are available ent upon visual inspection. DENIOS has introduced its in several sizes, and offer peace of mind, knowing that the new Ion-Charge 90 storage containers designed speci? - lithium-ion batteries are stored safely and compliantly. cally for lithium-ion battery charging and storage. With 90 minutes of ? re resistance from outside to inside (type • Fire? ghting blankets 90 / type tested in accordance with EN 14470-1) and for

Lithium-ion ? re? ghting blankets are speci? cally designed more than 90 minutes ? re resistance for ? res from inside for the high temperatures generated from EV battery ? res, to outside, these purpose-built containers protect against contain the ? ames and reduce the risk of the ? re spread- ? re hazards due to thermal runaway, deep discharge, me- ing and associated collateral damage. Manufactured of high chanical deformation, or chemical reaction. The cabinets temperature fabric with a mineral coating on both sides, are equipped with a transport base to ensure fast trans- double seam overlap with steel thread processing allows portation. Lockable doors with a permanent self-closing these blankets to withstand temps to 2,372°F (1,300°C). function keep the contents safe from unauthorized per-

Their open-pored fabric allows the use of ? re extinguishers sonnel. Sockets for connecting chargers are included as and sprinkler systems to create a cooling effect, while limited are perforated shelves which help to dissipate heat build- gas permeability prevents the cover from ballooning. Reus- up during the charging process. A collection sump locat- able ? re blankets are available in three sizes, each with their ed at the bottom of the cabinet is designed to catch any own storage container. Four loops at the reinforced corners leakage which may occur from burning batteries.