Environmental Simulation & Vibration Test Solutions for
Industrial Manufacturing
In the machinery manufacturing indsutry, environmental testing plays a crucial role in verifying product reliability, safety, and durability under diverse operating conditions. These tests typically evaluate the impact of mechanical stress, climatic exposure, and corrosive environments to ensure long-term stability and performance of equipment and components in real-world applications.
Key Test Types and Objectives
| Component under test | Test types | Purpose | Recommended equipment |
| Product structure | Low temperature test, high temperature test, damp heat test, vibration test | Evaluate the structural integrity under vibrations, identify potential risks such as component loosening or breakage caused by resonance, and ensure system stability across various operational scenarios. | High temperature test chamber High-low temperature & humidity test chamber Vibration test system Integrated temperature/humidity/vibration test chamber |
| Material performance | Low temperature test. high temperature test, damp heat test, salt spray test | Assess performance stability of materials under extreme temperatures, including thermal expansion/contraction of metals, potential failure risks of electronic components at low temperatures, and corrosion resistance of coatings. | High temperature test chamber High-low temperature & humidity test chamber Salt spray test chamber Mold resistance test chamber |
| Control systems | Low temperature test, high temperature test, damp heat test | Evaluate system coordination, operational stability, and the reliability of functionality and performance. | High temperature test chamber High-low temperature & humidity test chamber Integrated temperature/humidity/vibration test chamber |
Case Highlights
A client commissioned a 400 kN integrated environmental testing system combining temperature, humidity, and vibration simulations
