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Lab Expo Sand and Dust Test Chamber 24-SDC101 simulates harsh particulate environments to evaluate product durability, featuring independent Nichrome heating, ambient to +50 ℃ temperature control, and relative humidity below 30 % RH. Equipped with a multi-vane centrifugal fan driven by an enclosed alloy low-noise motor, it maintains precise talcum powder dispersion from 2 to 4 kg/m³ through a wire mesh with 75 µm gaps and 50 µm diameter.
$24,293.00 $ 20244
| Temperature range | Ambient to + 50 ℃ |
| Relative Humidity | < 30 % RH |
| Normal wire diameter | 50 um |
| Normal width of a gap between wire | 75 um |
| The Talcum powder amount | 2 kg to 4 kg / m3 |
| Fight time | 0 to 99 H 59 M |
| Fan cycle time | 0 to 99 H 59 M |
| Specimen power outlet | Dust-proof socket AC220V 16A |
| Vacuum system | Equipped with a pressure gauge, air filter, pressure regulator, connecting tube |
| Circulating fan | Enclosed alloy low-noise motor, multi-vane centrifugal fan |
| Heating system | Independent Nichrome electronic heating system |
| Nominal power | 7500 W |
| Power supply | 380 V 50 Hz |
| Internal dimensions | 1000 × 1000 × 1000 mm |
| Overall dimensions | 1200 × 1450 × 1960 mm |
Function Implementation Quality control labs 2 kg to 4 kg / m3 Talcum powder amount simulates dust exposure standards Industrial testing facilities Ambient to +50 ℃ temperature range evaluates material resilience under heat Research laboratories Internal dimensions 1000 × 1000 × 1000 mm accommodate standardized specimen arrays Clinical equipment validation Fan cycle time 0 to 99 H 59 M enables prolonged environmental cycling tests Manufacturing process audits Specimen power outlet AC220V 16A powers test units during sand exposure conditions
Lab Expo Sand and Dust Test Chamber enables controlled durability evaluation by simulating harsh particulate exposure with adjustable concentration and temperature regulation. Designed for sand and dust testing, it supports uniform sample coverage, efficient sand drying for reuse, and continuous operation. LCD-based control and corrosion-resistant build allow repeatable environmental testing across automotive, electronics, aerospace, and industrial quality control workflows.
