An important requirement of virtually all military environmental programs, 太阳辐射测试 simulates the deteriorating thermal 和 physical effects of UV sunlight on products 和 materials. By measuring how equipment changes during exposure, 我们帮助你做得更好, 更耐用的产品, no matter what the conditions.

一个关键的组成部分 mil - std - 810Def Stan 00-035, solar radiation tests two major effects of exposure to sunlight: thermal response 和 photochemical deterioration. Because the heat 和 aging effects of UV radiation can cause significant changes in plastic 和 non-metallic materials, testing is critical to avoiding out气体sing 和 overheating, discoloration 和 deterioration, 和 loss of structural rigidity. 

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Because most specifications only call for one solar radiation test, deciding which method is best can be challenging. We help you underst和 the benefits of each test, 和 can assist in choosing the one that will best suit your needs. Our accredited test methods give you the data you need to make decisions about product design, development 和 material selection, so you can be confident in the safety 和 performance of your equipment.

For more information about 太阳辐射测试, or to request a quote, im体育APP 今天.

太阳辐射测试 Services

太阳辐射测试

循环接触

Described in mil - std - 810 Section 505, 第1部分, cyclic exposure testing mimics the natural cycles of sunlight, providing an accurate simulation of how materials will react in real-life situations.  

Because cyclic exposure better simulates how sunlight changes over the course of the day, this method is generally used to determine how increased temperature will affect a product.
This procedure uses constant temperature monitoring to determine the peak internal 和 external temperatures of a product, 找到失败的地方, 和 establish acceptable working temperatures for products 和 materials.

太阳辐射测试

稳态暴露

Outlined in mil - std - 810 Section 505 Part 2, steady-state exposure testing applied a constant, consistent rate of UV exposure to materials to determine how long it takes for discoloration 和 deterioration to occur.

Unlike cyclic exposure testing, steady-state exposure uses the same level of radiation over a pre-determined period of time to find out how many hours of exposure it takes to cause varying degrees of peeling, 泛黄的, material deterioration 和 structural change. It can also be used to measure out气体sing, a potentially harmful release of vapors that occurs when plastics exceed certain temperatures.
Because this is a more accelerated method, it is also used for long-term projects where cyclic exposure would require significantly more time 和 cost to test.

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