Thermal shock chambers new york
A. Equipment summary:
Double zones thermal shock test chambers used to test the change of material under extremely high
temperature and extremely low temperature environment that continue alternation in the shortest time, Testing the chemical changes or physical damage of material caused by the thermal expansion and contraction. Testing box divided two parts, one is high-temperature region, another is low-temperature region,
the testing sample placed on the moving basket, using unique heat storage and cool storage, the cylinder taking basket moves up and down in the hot and cold region to complete the hot and cold temperature impact testing; applied to test the material, including metal, plastic, rubber, electronics and other materials,it can be
used as a basis for improvement of their products.
B. Technical parameters:
| 1.Model | Double zones thermal shock test chambers |
| 2.Temperature range | A.high-temperature:+60℃~+150℃ |
| B.low-temperature:-10℃~-40℃ | |
| 3.Control temperature | ±2℃ |
| 4.resolution | 0.01℃ |
| 5.Heating time at high-temperature region | RT~+150℃ about 35min(RT is from +5~+30℃) |
| 6.Cooling time at low-temperature region | RT~-40℃ about 50min(RT is from +5~+30℃) |
| 7.Moving time and temperature
recover time |
A. testing basket moving from high-temperature to
low-temperature spend 10sec |
| B.after exchanging the temperature,the temperature recovery
time: 3min~5min (Stabilization time ≥ 30min) |
|
| 8.Device noise | Below 75dB |
| 9.Weight | 10Kg |
| 10.Testing region(hot and cold) | 50cm(W)*50cm(H)*50cm(D) |
| 11.Outside size | 140cm(W)*180cm(H)*142cm(D) |
| 12.Testing basket size | 30cm(W)*40cm(H)*30cm(D) |
| 13.Inside material | SUS#304 Cold-Heat-resistant stainless steel |
| 14.Outside material | SUS#304 Cold-Heat-resistant stainless steel |
| 15.Insulation material | High-density glass wool and high strength PU foam insulation |
| 16.Anti-sweat structure | insulation layer and door micro-thermal anti-sweat |
| 17.Expansion | Heat reach 300℃,cold reach -100 degree |
