Signature Lithium Battery Cover
Signature Lithium Battery Cover is a high-performance thermal protection barrier designed to encase lithium-ion batteries and enhance safety during high-temperature or thermal runaway events. Manufactured from advanced heat-resistant materials, it provides superior fire containment, mechanical protection, and insulation for critical battery systems across automotive, aerospace, and energy applications.
Signature Lithium Battery Cover is engineered as a specialized protective enclosure for lithium-ion battery packs, offering reliable protection against heat, flame, mechanical impact, and environmental exposure. Designed to withstand extreme temperatures from 1100°C to 1860°C, the cover acts as a robust safety barrier, helping to contain thermal runaway incidents and prevent the spread of fire to surrounding components.
The material provides excellent thermal insulation, dimensional stability, and surface durability while maintaining low smoke emission and high resistance to chemical and environmental degradation. It is suitable for both stationary and mobile battery systems where operational safety and reliability are critical.
Material & Specifications:
• Working Temperature Range: 1100°C to 1860°C
• Color: Silver Grey
• Thickness Options: 0.8 mm / 1.3 mm
• Size: Fully customizable as per application requirements
Key Features & Benefits:
• Helps contain thermal runaway and fire spread
• Provides high-temperature insulation and flame resistance
• Offers mechanical and environmental protection
• Lightweight, durable, and reliable under extreme conditions
• Supports safer battery integration and system design
Applications:
• Electric Vehicles (EV & Hybrid battery systems)
• Thermal and mechanical battery protection
• Aerospace & aviation battery modules
• Consumer electronics battery safety housings
• Renewable energy storage systems (ESS, solar, backup power)
Our Signature Lithium Battery Cover plays a vital role in improving battery system safety, reliability, and operational performance across advanced energy and mobility industries.
