Industry news

Industrial textile tensile testing is not simply a question of choosing a 50 kN frame. See how product standards, specimen width, working force, grips, elongation and test volume determine the complete test system.

Learn why automotive parts fail during transportation, how professional drop testing identifies packaging weaknesses, and what packaging engineers do to improve shipping reliability for global automotive exports.

Choosing the right dynamic fatigue testing machine involves much more than selecting the highest load capacity. This practical buyer's guide explains how to evaluate force range, test frequency, closed-loop control, waveform flexibility, measurement accuracy, fixtures, software, and servo-electric versus hydraulic systems to help you select the best solution for your fatigue testing applications.

Packaging failures during transportation are often caused by continuous vibration rather than a single impact event. ASTM D999 provides standardized test methods for evaluating how shipping containers and packaged products respond to dynamic vibration forces encountered during road, rail, air, and sea transport. This guide explains ASTM D999 test methods, resonance testing principles, equipment requirements, and practical considerations for packaging engineers and testing laboratories.

Low humidity testing is critical to avoid ESD, delamination and solder joint failure of PCB and circuit boards. This guide covers industry standards, chamber technical parameters, common test profiles and practical selection tips for electronics manufacturers and lab procurement.

A complete guide to lithium-ion battery safety testing, including environmental, mechanical, and electrical tests with detailed procedures and global standards: UL 1642, UN 38.3, IEC 62133, JIS C8714, GB/T. For engineers, labs, and manufacturers.