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Introduction：Charging Cables Can Be a Hidden Fire Risk In 2025, cases of fires caused by low-quality charging cables have raised serious concerns among users and safety experts. Substandard materials, poor shielding, and a lack of corrosion or flame resistance can turn everyday use into a hazard. Choosing reliable charging cable testing equipment is critical for manufacturers, testing labs, and distributors to ensure compliance with global safety standards.

Recent fire incidents caused by substandard charging cables have once again brought smartphone accessory safety into the spotlight. White smoke, cable deformation, and spontaneous ignition during the night—these risks can often be prevented through systematic testing protocols. As a source factory with 26 years of expertise in testing equipment, ITM-LAB provides a comprehensive suite of reliability and safety test machines for charging cable manufacturers and testing laboratories, helping companies control product quality from the source, eliminate safety hazards, and earn market trust.

Environmental chambers play a vital role in simulating temperature, humidity, pressure, and other conditions to test the durability and performance of products across industries such as aerospace, automotive, electronics, and pharmaceuticals. Here’s a list of the top 10 best environmental chamber manufacturers in 2025 that lead the global market with innovation, reliability, and customer support.

Overview As the mobile phone market continues to raise the bar for quality and reliability, a systematic testing process has become a critical part of product development and manufacturing. As a direct manufacturer with 26 years of experience, ITM-LAB offers a complete end-to-end testing solution—from prototype evaluation to final validation—backed by in-house R&D, production, quality control, and after-sales support.

Programmable Cold and Heat Shock Tester (Three Tank Type) – CTS Series Looking for a reliable, durable, and high-precision thermal shock test chamber? The CTS Series Programmable Cold and Heat Shock Tester from ITM-LAB is engineered for extreme temperature performance and repeatable results. Built to meet demanding testing standards across multiple industries—including electronics, aerospace, and materials science—this three-zone system ensures efficient high-low temperature transitions without compromising accuracy.

This technical guide examines critical methodologies for evaluating rockfall impact resistance through triaxial testing and rock testing. Discover how advanced incline impact testers simulate real-world conditions to optimize protective infrastructure designs.