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Materials for Thermal Interface in EV Batteries In order to control battery temperature, enhance battery functionality, and lengthen battery life, Thermal Interface Materials TIM remove extra heat from battery pack cells.
A vital component of any effective thermal management system is thought to be Thermal Interface Materials TIMs. Between two or more solid surfaces, they must transfer heat. Today, a variety of items are used as thermal interface materials, including as phase transition compounds, gap fillers, and thermal grease.
The mechanism in charge of controlling and dissipating the heat produced during the electrochemical reactions that take place in cells is known as the Battery Thermal Management System, or BTMS. This allows the battery to function both safely and effectively.
Typically, silicone-based polymers with thermally conductive fillers are used to create thermal pads. For greater tear resistance, some have fibreglass reinforcement.
The Global EV battery thermal interface materials market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The safety, longevity, and sustainability of battery packs are essential for meeting today’s and tomorrow’s mobility needs.
The thermal-conductive interface material BETASEAL TC is a revolutionary new tool for battery pack construction.
BETASEAL TC, a component of DuPont’s AHEAD (Accelerating Hybrid-Electric Autonomous Driving) initiative, is simple to apply, maintains thermal conductivity between the cooling plate and battery cells, and has a low pullout force to make it simple to remove the battery module for maintenance, reuse, or recycling.
Robotic application of BETASEAL TC can increase production efficiency by allowing for reproducible procedures in high-volume assembly settings. In addition, it can be applied manually for smaller quantities or repairs.
Due to good contact between the battery cells and the cooling plate and the absence of material gaps, the material assures retention of thermal conductivity.
