Xenotest

This test simulates the constant exposure of a material to sunlight using xenon lamps, reproducing the degradation caused by UV rays and visible radiation. It is particularly useful for evaluating color changes, loss of mechanical properties, and resistance to aging in plastics, paints, fabrics, and composite materials. The test is used in industries such as automotive, construction, and consumer goods to ensure the durability of products over time.

In this test, radiation is alternated with phases of controlled humidity and temperature variations to reproduce real atmospheric conditions such as rain, condensation, and temperature changes. The aim is to evaluate the behavior of materials in critical environments, checking for cracks, fading, and surface deterioration. This is a fundamental test for materials intended for outdoor use, such as coatings, plastics, and components for the automotive and construction industries.

This test verifies the color fastness and resistance to aging of fabrics, leathers, and materials for the fashion, furniture, and automotive industries. It simulates exposure to artificial and sunlight to analyze fading, loss of elasticity, and structural degradation. It is an essential test to ensure the quality of products intended for prolonged and intensive use.

This test measures the aesthetic and functional degradation of plastics, paints, and coatings subjected to intense exposure to xenon light. It evaluates phenomena such as yellowing, loss of gloss, cracking, and changes in surface structure, determining the material's ability to maintain its characteristics over time. It is particularly important in the automotive, marine, and construction industries, where materials are exposed to extreme weather conditions.