Junray Aerosol Photometer Sales Reach New Record High

As the end of the year approaches, we are very excited to find that in 2024, with the cooperation of partners from all over the world, we have jointly created a new sales record for Junray's Aerosol Photometers and Aerosol Generator. The customer groups include pharmaceutical companies, laboratories, hospitals, clean rooms, semiconductor companies, etc.

What are Aerosol Photometers and Generators used for?

They are used for in-situ detection of high efficiency particulate air (HEPA) filter leakage. The ZR-6012 aerosol photometer can quickly detect the upstream and downstream aerosol concentration of the HEPA filter and show the leakage rate of the HEPA filter in real time. The photometer can be applied to leak detection in clean rooms, laminar flow benches, biosafety cabinets, glove boxes, HEPA vacuum cleaners, HVAC systems, HEPA filters, negative pressure filtration devices, operating rooms, nuclear filtration systems, collection protection filters, etc.

Why choose Junray’s Aerosol Photometers and Generator?

For more than ten years, after three generations of product updates and iterations, our photometer has the highest detection limit and the highest accuracy on the market. The failure rate of Junray's aerosol photometers and generators has been almost 0, greatly reducing customers' after-sales costs.

In compliance with ISO-14644 standards, Junray always puts customer experience, product accuracy and stability first when designing products.

Junray was the first to propose and design a photometer with built-in battery and printer, which can last up to 3.5 hours after the battery is fully charged. To ensure data integrity, our photometer is also the first on the market to add user management and audit tracy functions.

ZR-6012 Aerosol Photometer is not only fully comply with the Chinese calibration regulations, but we also produce standard instruments that can calibrate all photometers. Our calibration devices have been widely used by well-known government calibration institutions in China.