Accelerated Weathering
Quicker Weathering
Accelerated weathering is a group of testing techniques used to estimate the likelihood that a material may fail in the future under particular environmental circumstances. To assess the effect on materials, these experiments accelerate weathering and replicate unfavorable environmental conditions. Preemptive testing foretells how materials will behave under real-world circumstances. Future predictions of how materials will function when installed can be made by testing them under various environmental circumstances. Money and lives can be saved by being aware of potential failures. Tests for exposure to UV radiation, high temperatures, low temperatures, high humidity, corrosive environments, and others are available from Infinita Labs. Below is a list of all Dallas Labs tests:
| Adhesion | ASTM D4541 |
| Consulting | Various |
| Depositions | Various |
| Direct weathering at any angle, mid-continent exposure, with or without backing. | ASTM D 1014 |
| Mid Continent Exposure – Under Glass at any Angle With or Without Backing. | ASTM D 1014 |
| Mounting | ASTM D1149 |
| Photos taken per evaluation | |
| Salt Fog Environmental Testing – 20% Sodium Chloride Solution – 1 to >1000 Hours | ASTM B117 ASTM G85 (A5) |
| Environmental Salt Fog Testing 1 to >1000 Hours | ASTM B117 ASTM G85 (A5) |
| Trial/Arbitration | Various |
| U.V./CONDENSATE Weatherometer Exposure | ASTM G53 |
| U.V./CONDENSATE Weatherometer Exposure | ASTM D4587 |
| U.V./CONDENSATE Weatherometer Exposure | ASTM G154 |
| Ultraviolet Exposure – 1 to >500 Hours | |
| Ultraviolet Exposure – Photos taken per evaluation | |
| XENON ARC TYPE Weatherometer Exposure | ASTM G26 |
| XENON ARC TYPE Weatherometer Exposure | ASTM G155 |
Conclusion:
Accelerated weathering testing is an essential step in the development and manufacturing of durable and reliable products. It helps to ensure that products can withstand harsh environmental conditions and meet the necessary quality and safety standards. This testing also helps to reduce the risk of product failures and safety hazards, ultimately contributing to the sustainability and safety of our built environment.
