chen@boostinsulation.com
Beyond simply producing parts from drawings, our engineering team delivers a comprehensive Design for Manufacturing (DFM) review tailored to EV battery module insulation. We optimize material selection, thickness, and structural design to enhance thermal stability, flame resistance, and electrical isolation—ensuring safer, more reliable battery performance.
After reviewing your initial drawings, our EV specialists and structural engineers conduct a detailed feasibility study. We focus specifically on your cell-to-cell, pack-to-pack, and full pack cover requirements for thermal insulation, flame retardancy, and dielectric strength. Our consultation ensures the perfect aerogel composite or material match to achieve superior performance for your EV module design, including integration with thermal management systems.
Leveraging our dedicated sampling lines and advanced CNC carving technology, we deliver functional aerogel prototypes within 48 hours. This enables immediate physical fit-testing within your specific module, busbar validation, and rapid thermal runaway propagation tests, significantly shortening your EV R&D cycle.
Our in-house tooling center creates high-precision molds optimized for the complex geometries required in modern EV battery modules. Whether your design requires intricate multi-layer stacking for prismatic cells or complex edge sealing for pouch cell frames, we achieve sub-millimeter die-cut accuracy and maintain zero-defect structural integrity for consistent thermal performance.
Manufacturing operates within a strictly controlled Class 10,000 (ISO 7) cleanroom environment using 50+ advanced production lines, including automated rotary die-cutting and high-speed precision laminators. This volume capability ensures consistent, high-yield output (up to 800,000 pieces daily) required by major EV programs, while rigorously preventing conductive particle contamination.
Every production batch undergoes rigorous, automotive-specific validation in our internal laboratory. We perform critical tests including dielectric withstand voltage analysis, high-temperature aging (up to 650°C+), adhesive peel strength validation, and environmental thermal cycling. This guarantees full compliance with IATF 16949 and your internal EV safety and performance standards.
We provide stable, just-in-time delivery to battery PACK assembly plants and gigafactories worldwide. Our established supply chain hubs in China, the USA, and Mexico, combined with our massive daily capacity of 800,000 pieces, ensure that your high-volume EV production lines remain synchronized and secure.
Your message sent successfully
