Battery Test Chambers

Ensure absolute safety during battery testing. Sanwood's explosion-proof chamber is designed for safe lithium-ion battery cycling, thermal runaway, and overcharge/over-discharge tests under extreme conditions. Complies with UN38.3, UL, and IEC standards. Request a safety consultation.

Choosing Sanwood means choosing not just a piece of equipment, but an integrated, proven testing partner. Our solutions are designed to reduce your system complexity, enhance data reliability, and ultimately help accelerate your time to market.

The Sanwood Double-Layer Battery Test Chamber is an advanced, high-throughput solution engineered for high-volume battery testing. Featuring two independent test zones within a single footprint, it allows for simultaneous yet separate environmental and charge-discharge testing on different samples or under different conditions. This dual-layer architecture effectively doubles your testing capacity and lab space utilization, making it ideal for parallel R&D projects, production line sampling, and accelerated lifecycle testing.

Sanwood's innovative three-layer battery test chamber provides three independent testing zones in one compact footprint, tripling your testing capacity. Each layer features precise temperature control and integrated charge-discharge testing capabilities for simultaneous, parallel battery validation.

Sanwood walk-in battery pack test chamber is a special equipment used to test large battery groups or battery packs, which are usually used in electric vehicles, power storage and other fields. This test chamber can provide a comprehensive performance test environment for battery packs, including high temperature, low temperature, charge and discharge cycle, overcharge, short circuit and other test conditions.

Sanwood Sanmu Technology's battery liquid cooling temperature chamber is an integrated test platform specifically designed for the research and development validation of Battery Thermal Management Systems (BTMS). By deeply integrating high/low-temperature environment simulation with a precision liquid cooling circulation system, it enables comprehensive performance testing of battery packs, liquid cooling plates, and entire cooling circuits under set environmental temperatures (-40°C to +85°C). This testing evaluates heat dissipation efficiency, sealing integrity, temperature control precision, and thermal shock resistance.