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Two-chamber temperature shock test chamber

The two-zone thermal shock chamber is used to test the ability of various materials to withstand continuous exposure to extremely high and low temperatures in a short period, allowing for the detection of chemical changes or physical damage caused by thermal expansion and contraction in the shortest possible time.

Three-chamber thermal shock test chamber

The English name for the three-zone thermal shock test chamber is "3-Zone Thermal Shock Test Chamber". It is used to test the tolerance of materials, structures, or composite materials to rapid changes between extremely high and low temperatures, determining their susceptibility to chemical changes or physical damage caused by thermal expansion and contraction in the shortest possible time.

Liquid tank type thermal shock test chamber

Tank Temperature Shock Test Chamber, using stirred liquid medium instead of circulating air medium for heat transfer, allows samples to quickly switch between liquid tanks of different temperatures to evaluate their durability and stability under temperature changes, meeting stringent testing requirements.

High and low temperature shock test chamber

Thermal shock test chamber, also known as a temperature shock test chamber, is used to test the ability of materials, structures, or composites to withstand rapid changes between extreme high and low temperatures. It assesses the chemical and physical damage caused by thermal expansion and contraction in the shortest possible time.

Small-sized basket-type thermal shock test chamber (17L)

Used to test the degree to which various materials can withstand continuous exposure to extremely high and low temperatures in an instant, allowing for the detection of chemical changes or physical damage caused by thermal expansion and contraction in the shortest possible time.

High and low temperature shock test chamber (split type)

The high and low temperature shock testing chamber (split type) adopts a split design, with the chamber system working part and the working chamber part designed as independent modules, customized as needed. The test system structure can be divided into two parts: a high-temperature tank (preheating area) and a low-temperature tank (pre-cooling area). By controlling the rapid movement of the mobile basket (test sample placement area) to the low-temperature tank or the high-temperature tank, rapid cold and hot shock testing is achieved.

Thermal shock cycle chamber (two-chamber mobile type)

2-Zone Thermal Shock Chamber, also known as a two-chamber thermal shock test chamber. It performs thermal shock cycle tests by controlling the rapid movement of a mobile basket (where test samples are placed) to a low-temperature tank or a high-temperature tank. This allows for the assessment of chemical changes or physical damage caused by thermal expansion and contraction in the shortest possible time, and helps understand the impact of temperature changes on the test sample once or repeatedly.

Standard temperature shock test chamber

Thermal shock test chamber, used to test the ability of materials, structures, or composites to withstand rapid temperature changes between extremely high and low temperatures, to determine the chemical or physical damage caused by thermal expansion and contraction in the shortest possible time.
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