Box-Type UV Accelerated Testing Machine – Simulating Sunlight Aging to Verify Long-Term Weather Resistance of LED Lights & Materials
Box-Type UV Accelerated Testing Machine – Simulating Sunlight Aging to Verify Long-Term Weather Resistance of LED Lights & Materials
Ultraviolet radiation from sunlight is the main culprit behind yellowing lamp housings, brittle plastics, and chalking coatings. However, natural aging takes months or even years to show results. Our Box-Type UV Accelerated Testing Machine can simulate years of outdoor exposure in just days, ensuring that every LED light and related material delivers excellent weather resistance.
Main Functions & Applications
The core function of the box-type ultraviolet accelerated testing machine is to conduct accelerated aging tests on materials by simulating environmental factors such as UV radiation, high temperature, high humidity, and rain exposure. This enables rapid assessment of weather resistance. It reproduces aging damage that would take months or years outdoors within days or weeks, making it an indispensable tool for material development, formulation optimization, and quality control.
Key Industry Applications
Coatings & Paints – Tests loss of gloss, fading, chalking, cracking, and loss of adhesion to determine weather resistance ratings.
Electronics & Photovoltaics – Tests weather resistance and reliability of electronic device housings, photovoltaic back sheets, and other materials under long-term outdoor exposure.
Why Choose Us?
Professional vehicle lighting supplier for many global brands
500+ products with private moulds; new products launched monthly
Factory covers 11,000+ sqm
In-house SMT machines and test equipment including EMC test
Unique waterproof, aging, low-pressure, and UV accelerated test capabilities
Certifications: IATF16949, ISO9001, EMARK, EMC, CE ROHS, CISPR25, High-Tech Enterprise
SGS-Certified real factory
UV aging testing is an essential part of our quality commitment. Choose us for LED lighting that withstands the test of sun and time.
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