一、初始露点以及紫外线照射

1、 Initial dew point and UV irradiation

这是两种最为基础的检测方式，在检测时需要专属的设备对丁基胶涂布机内的空气干燥性，影响视线的有机发挥物进行检查与测定。当在规定的条件中，露点小于或等于-40度，玻璃内没有雾状，油状或者其他污物时方为合格。

These are the two most basic detection methods, which require dedicated equipment to inspect and determine the air dryness inside the butyl adhesive coating machine and the organic matter that affects the line of sight during the detection. When the dew point is less than or equal to -40 degrees and there is no mist, oil or other dirt inside the glass under the specified conditions, it is considered qualified.

二、密封检验

2、 Sealing inspection

这种检验方式主要是应用在玻璃设备密封胶是否存在泄漏，且软硬程度是否达标的情况。在进行密封检查时，需要样品在10±0.5KPA条件下保持2.5H厚度的增长偏差小于15%。当超过这个数值时则记为不合格。

This inspection method is mainly applied to check whether there is any leakage in the sealant of glass equipment and whether the softness and hardness meet the standard. When conducting a sealing inspection, the sample needs to maintain a 2.5H thickness growth deviation of less than 15% under the condition of 10 ± 0.5KPA. When this value is exceeded, it is considered unqualified.

三、气候循环的检验

3、 Verification of climate cycle

在检验是需要丁基胶涂布机经历一年四季的模拟气候，期间需要加热，自然冷却以及强制制冷的操作，从而检测玻璃在不同气候下综合性能。

In the inspection, the butyl adhesive coating machine needs to undergo simulated climate throughout the year, during which heating, natural cooling, and forced cooling operations are required to test the comprehensive performance of the glass in different climates.

第四、高温高湿实验

Fourth, High temperature and high humidity experiment

这种检验方式的检验是对密封胶的粘结力，水汽透过率以及分子筛的吸附能力的检测，实验时需要空气湿度大于95%，温度在25-55度之间，它通过循环实验时中空玻璃内的气体被压缩和膨胀后的漏气情况来判断粘结力，水汽透过率是否达标。

This inspection method is used to test the adhesive strength, water vapor permeability, and adsorption capacity of the molecular sieve of the sealant. During the experiment, the air humidity should be greater than 95% and the temperature should be between 25-55 degrees. It determines whether the adhesive strength and water vapor permeability meet the standard by analyzing the leakage of compressed and expanded gas inside the hollow glass during the cyclic experiment.