Section 1: Electrical Safety Testing
Insulation Resistance Testing: Measures the insulating properties between conductive components and the housing to prevent electric shock risks.
Dielectric Voltage Test: Validates the lighting fixture's ability to withstand high voltage without breakdown or arc-over.
Ground Continuity Test: Ensures reliable grounding of metal housing lighting fixtures for safe current dissipation.
Leakage Current Test: Evaluate the leakage level of lighting fixtures during operation to ensure compliance with human safety thresholds.

Section II: Optical Performance Testing
Lumens Test: Measures the total luminous output of lighting fixtures to evaluate their lighting effect.
Color Temperature and Color Rendering Index (CRI) Test: Analyze light source color tone (such as warm light/cold light) and color reproduction capability.
Luminance Distribution Test: Assess light uniformity and coverage, optimize lighting design.

III. Structural and Mechanical Property Testing
Shell Heat Resistance Test: Simulates high-temperature environment to verify the shell's resistance to deformation.
Impact and Vibration Testing: Evaluate the lamp's resistance to physical impact during transportation or use.
Protection Grade (IP) Test: Assess water and dust resistance (e.g., IP65).

Section 4: Environmental Adaptability Testing
Humidity and Temperature Cycle Test: Simulates extreme humidity and temperature conditions to ensure stable operation of lighting fixtures.
Salt Spray Test: Validates rust resistance in coastal or highly corrosive environments.
Waterproof and Dustproof Test: Inspects the sealability through sprinkling or dust environment simulation.

Five: Electromagnetic Compatibility (EMC) Testing
Electromagnetic Interference (EMI) Testing: Prevents lighting fixtures from interfering with other electronic devices.
Electromagnetic Interference (EMS) Test: Ensures lighting fixtures operate normally under external electromagnetic disturbances.
Harmonic Current Testing: Evaluate the degree of harmonic pollution of lighting equipment to the power grid.

Section 6: Energy Efficiency and Lifespan Testing
Energy Efficiency Evaluation: Measures power factor, standby power consumption, etc., to assess energy efficiency ratings.
Lifespan Testing: Analyzing light decay and durability through extended on/off cycling or continuous illumination.

Section 7: Other Key Tests
Material Safety Testing: Analyze the content of harmful substances (e.g., lead, mercury) and flame retardant properties.
Temperature Rise Test: Monitors temperature changes during prolonged operation of lighting fixtures to avoid overheating risks.

The above tests ensure that the lighting equipment meets international standards (such as IEC, GB) and market access requirements, guaranteeing user safety and enhancing product competitiveness.