UV Resistance

Prolonged exposure to sunlight and marine environments is one of the primary failure factors for equipment containers intended for outdoor storage and sea transportation. UV radiation, high temperatures, and salt spray accelerate material aging, reduce mechanical performance, cause structural deformation, and compromise sealing integrity. Therefore, packaging designed for outdoor use requires long-term material stability, not only short-term mechanical strength.
Resistance to UV exposure is evaluated through accelerated weathering tests that simulate day-night cycles, heating and cooling, and direct solar radiation. These tests verify the preservation of structural rigidity, prevention of cracking, and continued functionality of locking and closure mechanisms after extended outdoor service.
MAGEN packaging solutions are manufactured from structural polypropylene with high environmental stability, which does not absorb moisture and does not corrode. Unlike wood or metal packaging, the material is unaffected by corrosion and does not swell, warp, or deform due to temperature and humidity changes. This characteristic is especially important for systems stored on board marine vessels, where continuous exposure to sunlight, salt spray, and sharp climate changes is common.
The structural profiles and welded joints between polypropylene panels maintain structural continuity even after repeated thermal expansion and contraction cycles. In addition, the surface of the material does not absorb salts, preventing corrosion points or residue buildup that may impair sealing and locking systems over time.