Post RFQ
It uses UV LED array as the light source to ensure the stability and consistency of the UV band detection. The detection wavelength covers 200-400nm UV band, and the measurement accuracy can reach ±0.2%, with a single testing time of ≤2 seconds. It is equipped with an OLED high-definition screen that can display real-time testing data and wavelength curves. The built-in 7.4V rechargeable lithium battery supports 10 hours of continuous working, and the USB-C interface is convenient for fast charging and data export, supporting the storage of 5000 groups of testing records. The body weight is only 350g, which can be easily carried in a tool bag. It has passed CE and RoHS certifications, meeting the EU environmental protection and safety standards, and solving the industry pain point that UV band transmittance testing cannot be carried out on-site.

The detection wavelength range covers 200-400nm UV band, the transmittance measurement range is 0-100%, the measurement accuracy is ±0.2%, the light source power is 5W, and the applicable sample thickness is 0.01-20mm. The body size is 210mm*80mm*40mm, and the total weight is 350g. It is equipped with a 7.4V 3000mAh rechargeable lithium battery, and the continuous working time can reach 10 hours when fully charged. It supports the USB-C data interface to export testing data, and can store 5000 groups of testing records with timestamps. The working temperature range is 5-35℃, and the relative humidity is ≤80% without condensation. It is equipped with a special storage box for easy carrying and storage.

It is suitable for photovoltaic enterprises to test the UV transmittance of photovoltaic glass, UV adhesive production enterprises to test the transmittance performance of UV adhesives, security material enterprises to test the transmittance effect of UV-resistant fabrics, scientific research institutions to test the performance of UV optical thin films, and UV band transmittance testing work of third-party testing institutions, meeting the professional testing needs of UV-related materials.