Accelerating EV Adoption Through Safety & Performance

Cell-to-pack, cell-to-module, and cell-to-chassis refer to different bonding interfaces within a battery system. Cell-to-pack connects individual cells directly to the battery pack structure, ensuring secure placement. Cell-to-module bonds the cells together into larger modules, improving thermal management and stability. Cell-to-chassis secures the entire battery assembly to the vehicle's frame, providing structural integrity and ensuring the safety and durability of the battery in high-performance applications like electric vehicles. Each interface is crucial for maintaining the battery's reliability, performance, and safety under various operating conditions.

Adhesives provide uniform stress distribution, reduce weight, and minimize the need for additional mechanical components. They also offer better sealing capabilities, improving the battery’s overall protection from moisture, dust, and contaminants.

When selecting materials for battery applications, it's important to consider key properties such as thermal conductivity, electrical insulation, mechanical strength, flexibility, and resistance to temperature fluctuations. Other critical factors include the material's ability to withstand vibrations, moisture resistance, chemical stability, and its impact on overall battery efficiency and safety. Depending on the specific application—whether for thermal management, structural integrity, or sealing—choosing materials with the right balance of these properties will ensure optimal battery performance and longevity. Our experts can help you select materials that meet your precise technical requirements.

We are close partners with Meter Mix Dispense (MMD) manufacturers around the globe and will work closely with you to ensure your material and dispense methods are fully compatible. Our team will help you navigate your high-volume production needs, ensuring precision, efficiency, and seamless integration with your manufacturing process.