Notícia

The ITM-DEP is a double-layer explosion-proof testing chamber engineered for extreme safety and precision. Built like a fortress with dual-layer stainless steel and smart pressure relief, it maintains ultra-stable temperatures from -70°C to +150°C. Its touchscreen controller, real-time data monitoring, and triple-redundant safety systems make it ideal for EV battery, aerospace, and defense testing. Trusted by global leaders, the ITM-DEP is designed for tests others can’t handle.

The ITM-DEP Double-Layer Explosion-Proof Testing Chamber is a high-performance solution engineered for hazardous material testing. It offers precise temperature control from -70°C to +150°C, advanced safety systems, and compliance with IEC60068-2-1/2-2 standards. Ideal for industries like battery manufacturing, aerospace, automotive, and defense, this chamber ensures safe, reliable testing under extreme conditions.

The RS-8105D-45° Conical Cable Tester from ITM-LAB is a high-precision device designed for durability testing of power cords, headphone cables, and next-gen data cables. Featuring a dual-station design, it significantly improves testing efficiency. Equipped with an OMRON touchscreen and MITSUBISHI PLC, it offers intuitive control and real-time monitoring. The machine uses a Panasonic servo motor and SHIMPO planetary gears to ensure ±1° angle accuracy and long-term reliability. With adjustable angles and speeds, it accommodates various cable testing needs and is widely used in consumer electronics like smartphones, tablets, and headphones.

Medical gloves play a critical role in infection control and user protection. To ensure their reliability, manufacturers must comply with rigorous physical testing standards, including ISO 11193-1, EN 455-2, and ASTM D6319. These standards define the minimum requirements for glove performance, including tensile strength, elongation, and dimensions.

The Two-Zone Thermal Shock Chamber (CTS Series) enhances product reliability by simulating rapid transitions between high and low temperatures. With precise temperature control, efficient switching mechanisms, and durable construction, it is ideal for testing electronic devices, automotive parts, and aerospace materials against thermal stress. This chamber ensures products can withstand real-world extreme temperature changes.

So far, there has been no real scientific testing of the characteristics and composition of corrugated board itself. This is because there are many uncertainties in the testing process, or it depends on the processing methods of paper and board . In addition, the temperature, humidity, operation of the test equipment and the changes in the contents of the carton in the test area are also one of the reasons. However, it would be wise to establish some guiding test methods and select those that are important for comparing certain materials, boards and applications.