Chinese Academy of Science

Dust testing, codified in GB/T 2423.37 and IEC 60068-2-68, is now mandatory for proving the sealing integrity and reliability of military, automotive, photovoltaic and rail-transit products. Direct test outlays—consumables, energy, labour and depreciation—seldom exceed one to three per cent of the selling price, yet hidden expenses triggered by poor chamber selection—repeat tests, invalid data or after-sales downtime—can leap to eight to twelve per cent.

After putting a high and low temperature test chamber into operation, is it normal for the equipment to exhibit significant temperature fluctuations? This may indicate a malfunction, requiring prompt troubleshooting and resolution.

Maintaining a constant temperature and humidity test chamber involves several critical factors. Today, we’ll break them down for you.

Today, we are proud to introduce one of Linpin’s flagship products—the Thermal Shock Test Chamber, your ideal partner for precision testing. Our product stands out with its exceptional heat storage and cold storage capabilities, enabling it to withstand extreme temperature fluctuations instantly while accurately measuring the data you need.

A high-temperature test chamber is an essential instrument for evaluating the reliability of industrial products under extreme heat conditions. It tests various performance metrics of products exposed to high and low-temperature transitions.