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Reliability Test

Climate Environment Reliability Test Mechanical Environment Reliability Test Comprehensive Environment Reliability Test Chemical Composition Reliability Test IP Protection Level Test Physical Properties Testing Electrical Properties Reliability Test Reliability And Technical Service Large/ Heavy Sample Reliability Test

High Temperature Test Low Temperature Test Damp Heat Test Salt Spray Test Xenon Light Test Metal Halide Lamp Test Temperature Change Test Temperature/Humidity Combined Cycle Test Low Pressure Test UV Test Carbon Arc Lamp Test

Vibration Test Crash Test Drop Test Mechanical Shock Test Steady State Acceleration Test

Mold Test Gas Corrosion Test Artificial Sweat Test

Waterproof Test Dust Test Protection Against External Mechanical Impact Test
New Energy Battery Test

Renewable Energy Battery International Certification Service Battery UN38.3 Test Clean Energy Battery Inspection Report High Power Battery Testing

China Battery CQC Certification International CB Certification Of Battery UL Certification For Battery cTUVus Certification For Battery KC (Korean KC) Certification For Battery Pse (Japanese Pse) Certification For Battery India BIS Certification For Battery Taiwan BSMI Certification For Battery Russia GOST Certification For Battery Thailand TISI Certification For Battery
China Certification

CCC Certification CQC Certification China ROHS
Packaging And Transportation Test

Transportation Simulation Testing Amazon Package Testing Express Packaging Green Product Certification Packaging Materials Testing

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Gas Corrosion Test

The natural and corrosive atmospheric environment that the product may encounter under the conditions of storage, transportation and use, such as salt spray, sulfur dioxide, hydrogen sulfide, hydrogen fluoride, hydrogen chloride, chlorine, and chlorine compounds.
ort testing is used to assess the ability of materials and their protective layers to resist mixed gas corrosion, as well as the process quality comparison of similar protective layers, and can also be used to assess the ability of certain products to resist mixed gas corrosion.

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Failure Mechanism Of Gas Corrosion Test

Electrical performance failure: Corrosive atmosphere will cause corrosion to products with contact points and connectors, which will cause poor contact and decrease the sensitivity of equipment and instruments, which will cause arcing or the risk of component breakdown until it is scrapped.

Safety failure: After the fuse protection device is corroded by the corrosive atmosphere, it will lose its protective effect and affect the safety of the product.

Gas Corrosion Test Capability Of ORT

Test concentration:

H₂S: 5ppb～250ppb (100ppm gas source)

Cl₂: 5ppb～250ppb (100ppm gas source)

H₂S: 100ppb～5000ppb (1.0% gas source)

NO₂: 50ppb～2500ppb (0.1% gas source)

SO₂: 50ppb～2500ppb (0.1% gas source)

SO₂: 1ppm～50ppm (2.0% gas source)

Applicable standards: GB/T 2423.19, GB/T 2423.20, GB/T 2423.33, GB/T 2423.51, GB/T 9789, IEC60068-2-42, IEC60068-2-43, IEC60068-2-60, DIN 50018, ISO 21207 and so on.