In the highly demanding and safety-critical aerospace industry, the performance and integrity of batteries are of utmost importance. Our specialized Battery Burning Test Machine is a vital tool for safeguarding the reliability and safety of aerospace power sources through rigorous thermal testing.

This advanced test machine subjects aerospace batteries to controlled burning tests, serving manufacturers, research institutions, and regulatory bodies. It evaluates battery response to extreme thermal conditions, simulating potential thermal runaway scenarios during flight operations. The system enables stakeholders to identify safety hazards, optimize designs, and ensure compliance with stringent aerospace safety standards.

• Ultra-Robust Aerospace-Grade Construction
  Heavy-duty framework fabricated from high-strength aerospace alloys with fireproof, heat-resistant, and corrosion-resistant properties. Interior chamber lined with specialized refractory material enduring temperatures exceeding 1500°C, featuring an airtight door with redundant locking mechanism and high-temperature viewing window.
• Precision Temperature and Flame Control
  Accurate temperature sensors measuring up to 1500°C (±3°C) with strategic placement for real-time data. State-of-the-art flame generation technology with adjustable intensity, duration, and shape. Aerospace-grade control panel with programmable test sequences and flight data integration.
• Comprehensive Data Acquisition System
  Integrated gas, pressure, voltage, and current sensors with cutting-edge data recording capabilities. Flexible system integration with aerospace software and databases, featuring real-time analysis, automatic reporting, and remote monitoring capabilities.
• Enhanced Safety Systems
  Redundant automatic fire suppression, emergency shutdown buttons, controlled gas venting, and continuous self-diagnostic monitoring. Complies with aerospace environmental regulations and ensures operator safety.

• Customizable chamber sizes ranging from small satellite battery configurations to large aircraft battery systems
• Optimized interior dimensions for uniform heat distribution and proper air circulation
• Temperature range capability exceeding 1500°C
• Precision temperature control with ±3°C accuracy