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A wide range of flammable and nonflammable products must frequently be protected against fire with the help of an automated fireproof coating dispensing system. It is the oldest, most effective, and simplest method for applying any surface without altering the materials’ inherent properties.
The fact that intumescent fire coatings are applied to the wood’s surface is a benefit. This indicates that they are actively working to delay the flame’s spread from the surface to the substrate.
Thermal runaway events can occur when a battery cell enters a heating state and starts a fire that spreads to nearby cells, whether the cause is mechanical, thermal, or electrical.
Solutions for battery safety aid in reducing or slowing such events, thereby extending the time required for vehicle evacuation. Regulations are increasingly affecting this time frame: As regulatory frameworks for EV safety evolve, other markets are anticipated to follow China’s lead and enact regulations that specify a required time frame.
It is difficult for original equipment manufacturers (OEMs) and battery manufacturers to come up with effective solutions that both protect them from legal regulations and support large-scale automated manufacturing.
The Global Automated fireproof coating Dispense System market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Henkel introduces a new automated coating dispensing system. OEMs and manufacturers of EV batteries are attempting to come up with more effective approaches to the production of batteries on a larger scale as the rate of EV adoption and innovation increases.
Fire protection, on the other hand, is still very important to make sure that vehicle batteries offer the best possible safety in the event of an accident or a fire. This is especially crucial given the increasing stringency of regulatory requirements.
As a result, the importance of fire retardation technologies for EV batteries has never been greater. To meet this demand for fire protection in EV batteries, Henkel, a leading automotive partner, has launched Loctite EA 9400 and Loctite FPC 5060, two new protective coating products that are designed to shield the battery housings against heat and fire in the event of a thermal runaway event.
Our goal at Henkel is to anticipate the challenges that our customers will face in the future. Coatings that are applied to battery packs help to prevent and slow the spread of fires, protecting passengers as they exit the vehicle.
In the meantime, the manufacturers can continue to optimize battery production without sacrificing safety thanks to their cost-effective and efficient application processes.
OEMs and battery manufacturers alike are increasingly concerned about battery safety.
