Air Purifier Test Chamber

Product Introduction
The air purifier test chamber is designed in accordance with the national standard GB/T 18801-2022 "Air Purifier", enabling accurate measurement of performance indicators such as harmful substance emission, standby power, clean air delivery rate, cumulative purification capacity, and purification energy efficiency of air purifiers. It features high testing accuracy, excellent repeatability, strong stability, an intuitive interface, user-friendly operation, and automatic data collection and processing. The sensors and components selected for the air purifier testing equipment have been proven through long-term practical use to offer high measurement accuracy and reliable stability.

Product Features
The air purification test chamber is primarily used for testing household and similar air purifiers. The ventilation and purification system consists of a primary filter, medium-efficiency filter, and high-efficiency filter. The inner wall is made of 304 stainless steel to reduce the adsorption of pollutants and minimize the impact of self-decay on test results. The test substance used is smoke.
The air purification test chamber is designed according to national standards and fully meets environmental parameter requirements. The exterior of the chamber is aesthetically pleasing and well-insulated with excellent sealing performance. It is equipped with a cold storage door, side door, and side window. The interior is entirely made of mirror-finished stainless steel. Ventilation, refrigeration, humidification, and dehumidification systems are installed on the side of the chamber, facilitating not only installation and debugging but also maintenance, thereby extending the equipment's service life. Additionally, it shortens on-site installation time and reduces costs.
The control system of this air purification test chamber is independently developed by our company. It is mature and stable, with a clear, concise interface and simple operation. Functions such as temperature and humidity collection, and wind speed adjustment are automatically regulated to set parameters. The system software displays corresponding parameter values and automatically alerts and handles faults if they occur.