TechZone

Designed for precision and safety, the BAC series integrates comprehensive protection mechanisms across the full experimental workflow. From sensor validation … Read more

The BAC series large-scale battery adiabatic calorimeters support thermal safety and thermal management research across the lithium-ion battery industry. The … Read more

Electrolyte thermal stability testing helps formulation and battery teams identify exothermic reactions, onset temperatures, heat release, and compatibility risks before scale-up. This practical guide explains how DSC, pressure DSC, TGA, and complementary calorimetry support safer electrolyte selection, separator and electrode compatibility, storage limits, and process safety decisions.

Dust testing data becomes valuable when it changes a process safety decision. This guide explains how MIE, MIT, MEC, Kst, Pmax, LOC, layer ignition, and resistivity results can support hazard analysis, management of change, equipment selection, operating procedures, housekeeping, training, and emergency planning for combustible dust processes.

Corrosive to Metals is a GHS physical hazard category determined by UN Test C.1. This guide explains the classification threshold, test method, equipment requirements, and compliance value for chemical manufacturers and testing laboratories.

SADT Test Apparatus is used to determine the self-accelerating decomposition temperature of organic peroxides and self-reactive substances. This guide explains SADT meaning, UN Test H.2, key influencing factors, and its value for storage, packaging, and transport safety.

The Sustained Combustibility Test helps determine whether coatings, varnishes, solvents, and related liquids can sustain combustion after ignition. This guide explains its role in IMDG flammable liquid classification, Class 3 exemption, and laboratory testing workflows.

UN Test N.5 Apparatus is used to determine whether substances emit flammable gases in contact with water. This guide explains Division 4.3 classification, screening tests, gas evolution rate testing, packing group thresholds, and compliance value.

Battery thermal runaway test is a critical method for evaluating lithium-ion cell safety. This article explains the working principle, testing modes, and key parameters of the Battery Accelerating Rate Calorimeter (BARC/ARC), with practical insights for EV and energy storage system engineers.

The BAC‑800BE battery test calorimeter enables systematic study of battery thermal runaway. It supports adiabatic, overcharge, and nail penetration tests, plus heat generation and specific heat capacity analysis. Sealed design and modular functions ensure safety and compliance with GB/T 36276‑2023.