冬季低温下进行环氧地坪漆原材料施工会使得环氧地坪漆的固化时间加长，也会让每个涂层之间施工时长拉大，还会影响到环氧地坪漆原材料上那一层薄薄漆膜的干燥情况，因为在环氧地坪施工中，漆膜分为多个步骤浇筑涂刷，每一步都需要等到自然干燥固化成膜后在进行下一步施工，且漆膜的干燥时间与整个施工工程息息相关。那么有没有什么办法是可以让环氧地坪漆施工中的漆膜干燥时间加快呢?

The construction of raw materials of epoxy floor paint at low temperature in winter will lengthen the curing time of the floor paint and the construction time between each coating. It will also affect the drying condition of the thin film on the raw materials of the epoxy floor paint. In the construction of the epoxy floor paint, the film is divided into several steps to pour and brush, and each step needs to wait until natural drying and curing. The next step of construction is carried out, and the drying time of the paint film is closely related to the whole construction project. So is there any way to speed up the drying time of the paint film in the floor paint construction? 在环氧地坪漆原材料施工时固化成膜的温度需要在10℃和35℃之间，如果气温低于5℃就会出现环氧地坪漆原材料固化慢，甚至不能固化的情况，相反的如果温度高于40℃就会出现还没有进行施工就开始出现固化成膜的现象，让地坪表面流平性变差，表面也粗糙不堪。因为有经验的施工师傅在进行环氧地坪漆原材料施工时会相应的把控好气温，在过低的温度下施工可以采用设备提供暖气。

In the construction of epoxy floor paint raw materials, the curing temperature needs to be between 10 ~35 ~C. If the temperature is lower than 5 ~C, the curing speed of epoxy floor paint raw materials will be slow or even impossible to cure. On the contrary, if the temperature is higher than 40 ~C, the curing film will appear before the construction, which will make the surface of the floor leveling worse and rough. Because experienced builders will control the temperature when they construct the raw materials of epoxy floor paint, they can use equipment to provide heating at too low temperature.

室内施工环境的湿度也是影响环氧地坪漆原材料时漆膜干燥的原因，施工时室内湿度不超过85%，它的涂膜更容易干燥尽量让室内通风，自然干燥，相反当相对湿度大于85%时，漆膜表面会出现泛白，裂纹和剥落的情况，所以当室内湿度过大时，要充分利用大气中的水分进行固化，在气候干燥的时候又要采用相应的措施给空气加湿才能进行正常固化。

The humidity of indoor construction environment is also the reason that affects the drying of epoxy floor paint raw materials. The humidity of indoor construction is not more than 85%. The film is easier to be dried, ventilated and naturally dried. On the contrary, when the relative humidity is more than 85%, the surface of the film will be white, cracked and peeled. Therefore, when the indoor humidity is too high, the water in the atmosphere should be fully utilized. When the climate is dry, the corresponding measures should be taken to humidify the air in order to achieve normal solidification.