Freezing and Thawing Test
MIL-STD-810 F/G/H — RTCA DO 160 G
Freezing and thawing testing is a specially designed testing procedure to evaluate the performance of products in low temperature conditions. This comprehensive test aims to determine how products perform in freezing conditions, test thawing processes and analyze material durability. These tests, which we offer as STEST, are carried out in our specially designed test cabin in accordance with the MIL-STD-810 standard.
Frost resistance testing is critical to determine how products respond to freezing at low temperatures. This test analyzes in detail the resistance of products to freezing conditions and its results reveal the durability of the products in extremely cold weather conditions.
Thawing performance testing examines the process of products returning from frozen to normal. The adaptability and thawing performance in this process provide important data showing the ability of products to return to normal from low temperatures.
Material durability analysis aims to determine how the materials used behave under low temperature and thawing conditions. This analysis reveals changes in material properties in detail.
Electronic and electrical performance testing evaluates how electrical components function when products freeze and thaw at low temperatures. This test reveals the robustness of the products by determining how reliable the electrical performance is in harsh conditions.
At STEST, we help you comprehensively evaluate the durability of products in extremely cold weather conditions by offering freezing and thawing tests in accordance with industry standards. With our company's expertise, you can evaluate the resistance of your products against these harsh conditions with reliable and detailed tests.
Enviromental Test Chamber Specifications
Drive-In 1 | Drive-In 2 | Drive-In 3 | Drive-In 4 | Drive-In 5 | Drive-In 6 | Measurement unit | |
Width | 6000 | 6000 | 9500 | 12000 | 15500 | 21500 | mm |
Size | 4900 | 4900 | 4900 | 4900 | 4900 | 4900 | mm |
Height | 4000 | 4000 | 4000 | 4000 | 4000 | 4000 | mm |
Humidity Change Range | %20 RH ile %99 RH | %20 RH ile %99 RH | %20 RH ile %99 RH | %20 RH ile %99 RH | %20 RH ile %99 RH | %20 RH ile %99 RH | % |
Temperature Change Rate | 3°C/minute (max) | 3°C/minute (max) | 3°C/minute (max) | 3°C/minute (max) | 3°C/minute (max) | 3°C/minute (max) | °C |
Minimum Temperature | - 45 °C | - 45 °C | - 45 °C | - 45 °C | - 45 °C | - 45 °C | °C |
Maximum Temperature | + 80 °C | + 80 °C | + 80 °C | + 80 °C | + 80 °C | + 80 °C | °C |
Air Conditioning Chamber 1 | Air Conditioning Camber 2 | Measurement unit | |
Width | 1000 | 2600 | mm |
Size | 1000 | 2600 | mm |
Height | 1000 | 2000 | mm |
Humidity Change Range | %20 RH ile %99 RH | %20 RH ile %99 RH | % |
Temperature Change Rate | 3°C/minute (max) | 3°C/minute (max) | °C |
Minimum Temperature | - 76 °C | - 65 °C | °C |
Maximum Temperature | + 150 °C | + 80 °C | °C |