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· Simulates real-world conditions during long-term, repeated use of the product.
· Verifies that the product can maintain stability, safety, and functional integrity over extended periods of use, preventing damage or failure caused by material or structural fatigue.
· Simulates scenarios in which the product may tip over, tilt, or overturn during use or accidental situations.
· Ensures that the product does not experience hazardous breakage, component detachment, or potential injury during use, thereby enhancing overall safety performance.
· Simulates vertical forces that may occur during handling, installation, or daily use.
· Evaluates the product's structural strength, joint integrity, and deformation under compressive and reactive forces to ensure reliable performance under load conditions.
· Measures the surface hardness of metal or related materials.
· Primarily used to evaluate wear resistance, deformation resistance, and overall mechanical performance of the material.
· Allows a steel ball of a specified weight to freely fall from a defined height to impact the product surface or critical components.
· Focuses on evaluating the product's impact resistance under sudden external forces, ensuring that materials do not easily crack, shatter, or form sharp edges, thereby ensuring user safety.
· Simulates harsh environmental conditions such as high humidity and high salinity.
· Primarily used to verify the corrosion resistance of metal components or surface treatments, ensuring the product is resistant to rust, corrosion, or performance degradation during long-term use or transportation.
· Applies continuous tensile force to the material to measure its tensile strength, elongation, and fracture behavior.
· This test effectively evaluates the material's reliability under stress, ensuring the product will not break or fail during use due to insufficient material strength.
· Used to evaluate the burning behavior and flame-retardant performance of product materials when exposed to an ignition source.
· By assessing ignition speed, flame spread, and self-extinguishing capability, the test ensures compliance with relevant fire safety or flammability standards, reducing fire risk and enhancing overall safety.
· Applies uniform pressure to the product's outer packaging to test its maximum load-bearing capacity under stress.
· The purpose is to ensure that the packaging does not easily rupture or collapse during stacking, handling, and transportation, thereby effectively protecting the product inside.
· By simulating continuous vibration and shock that may occur during land, sea, or air transportation, this test evaluates the stability of the product and its packaging.
· It verifies whether vibration during transit could cause structural loosening, functional issues, or cosmetic damage, ensuring the product arrives safely to the customer.
