Views: 0 Author: Site Editor Publish Time: 2026-06-26 Origin: Site
Temperature resistance and operational stability are key performance metrics for new energy battery cells. High and low temperature testing is a standard and indispensable process to verify battery cell reliability, aging tolerance, and environmental adaptability under extreme conditions. Standard test equipment often fails to meet customized and high-efficiency batch testing requirements, making custom battery test chambers the optimal choice for professional laboratory testing.
The custom 3-layer battery test chamber is a tailor-made multi-cavity testing solution manufactured by DANBLE Instruments. Built strictly according to the client’s on-site testing specifications, this customized three-layer structure addresses the low efficiency and single-function limitations of conventional testing equipment. It supports independent cavity operation and full-scale temperature simulation to satisfy rigorous battery cell testing standards and personalized laboratory demands.
Temperature accuracy and uniformity directly determine the credibility and repeatability of battery test data. Manufactured and calibrated by DANBO Instruments based on client technical requirements, this 3-layer battery test chamber adopts a high-stability temperature control system. All core parameters are precisely configured to adapt to professional battery cell testing environments, delivering stable, accurate, and reproducible temperature simulation results.
Wide Temperature Coverage for Extreme Environment Simulation
This custom test chamber features a broad temperature range of -40℃ to 120℃, capable of simulating extreme cold, high heat, and alternating temperature conditions that battery cells encounter during storage, transportation, and actual operation. It fully supports mainstream testing procedures, including high-low temperature cycling, thermal aging, and continuous charge-discharge temperature testing for lithium battery cells.
Efficient Temperature Switching Shortens Test Cycles
Optimized for industrial batch testing, the equipment maintains stable temperature switching performance under a standard 120kg battery cell load. It achieves a heating rate of ≥2℃/min and a cooling rate of >1℃/min. Rapid temperature response effectively shortens overall testing cycles and improves laboratory throughput for mass battery cell testing.
High-Precision Temperature Field Stability
Designed for high-precision testing standards, the chamber delivers excellent temperature uniformity and stability under 120kg load and 1kW maximum heat generation. The temperature uniformity is ≤1.5℃ within -40℃~80℃ and ≤2.0℃ within 80℃~120℃, with temperature fluctuation controlled within ±0.5℃ and maximum temperature deviation below 1℃ (9-point detection). The balanced internal temperature field ensures consistent and reliable test data for all battery cell samples.
Different from traditional unified-control multi-layer chambers, this custom 3-layer battery test chamber is equipped with an independent control system for each cavity as required by the client. Every layer functions as a standalone testing unit with separate temperature settings and independent operation, enabling different temperature condition tests to run simultaneously without mutual interference. This design greatly improves laboratory testing flexibility and batch testing efficiency.
Built to withstand high-intensity battery testing environments, the equipment adopts customized industrial-grade materials and structural configurations. It resists corrosion caused by electrolyte volatilization and leakage, ensuring long-term operational stability and testing safety.
Corrosion-Resistant & Insulated Inner Cavity
The entire inner surface of the chamber is treated with Teflon insulation spraying. This customized treatment provides superior electrolyte corrosion resistance and reliable insulation performance, preventing equipment damage during long-term battery cell testing and extending equipment service life.
Uniform Circulating Air Duct Design
Matching the independent three-cavity structure, the top-air-out and bottom-air-return circulation system eliminates temperature dead zones and local deviations. It ensures uniform airflow and consistent temperature distribution in each cavity, stabilizing test conditions for parallel and batch battery testing.
Manual & Automatic Dual-Purpose Door
Customized for flexible on-site operation, the chamber door supports both manual and automatic switching modes. It simplifies battery cell loading and unloading, adapts to diverse laboratory operation habits, and improves overall testing efficiency.
High-Stability Water-Cooled Refrigeration System
Each cavity is equipped with two independent compressors and a customized water cooling system. The powerful and stable refrigeration system ensures fast and consistent cooling even under high-temperature and high-heat-generation testing conditions, supporting long-cycle, uninterrupted battery temperature cycling tests.
The biggest highlight of this custom 3-layer battery test chamber is its independent multi-cavity control and personalized structural configuration, a feature unavailable on standard single-layer or ordinary multi-layer equipment. It allows simultaneous execution of different testing projects and batch sample testing, maximizing laboratory space utilization and operational efficiency. Widely applicable to battery cell R&D verification, quality inspection, and compliance testing in new energy, automotive, and energy storage industries, it provides exclusive customized solutions for differentiated testing needs.
Customized and manufactured by DANBLE Instruments, the 3-layer multi-cavity battery test chamber is a professional, high-efficiency testing device tailored for client-specific battery cell testing scenarios. Equipped with independent cavity control, wide temperature range, high-precision temperature simulation, and industrial anti-corrosion structure, it effectively solves the limitations of standard testing equipment. DANBO Instruments focuses on non-standard test equipment customization, providing stable, reliable, and personalized environmental testing solutions for global new energy enterprises and laboratories.
