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Learn how the 20L sphere determines Kst, Pmax, and MIE for industrial powder hazard classification. Accurate dust explosion data for process safety compliance.

This article explains ASTM C518 testing for insulation materials, including the Heat Flow Meter Method, thermal conductivity calculation, related standards, key applications, and the differences between ASTM C518 and ASTM C177.

Cell thermal runaway is a serious lithium-ion battery safety risk caused by mechanical, electrical, or thermal abuse. This article explains its reaction process, ARC testing methods, key thermal parameters, and prevention strategies from materials, structure, and battery management systems.

Combustible dust testing helps identify ignition sensitivity and explosion severity through key parameters such as MIE, MIT, LIT, MEC, LOC, Pmax and Kst. This article explains the difference between dust clouds and dust layers, introduces core testing equipment, and shows how test data supports explosion protection design, inerting systems and safer production operations.

Dust Hazards Analysis (DHA) is a systematic method for identifying, analyzing, and managing combustible dust fire and explosion risks in industrial facilities. This article explains the three key steps of DHA, including hazard identification, combustible dust testing data collection, hazard analysis, and risk management measures such as ignition source control, inerting, explosion venting, and suppression systems.

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Zeal Instruments and Young Instruments exhibited at the 18th China International Battery Fair (CIBF 2026) in Shenzhen, presenting a comprehensive … Read more

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.

DSC pharmaceutical analysis is a core thermal analysis technique in drug development. It enables precise characterization of APIs and formulations, supporting polymorph screening, Tg measurement, thermal safety evaluation, and purity assessment. A reliable DSC method ensures quality and stability in pharmaceuticals.