建築用塗料の柔軟性を検査して、さまざまな温度や気候条件下での変形性と耐久性を評価します。, and thus determine whether the coatings are suitable for use in a particular building and application scenario. If the flexibility of the coating is insufficient, it will crack and peel under temperature change or physical impact, resulting in damage to the coating and loss of aesthetic and protective properties of the building. したがって, testing the flexibility of architectural coatings can help select suitable coating types and brands to ensure the construction quality and service life of buildings.

Steps of detection method
The flexibility test of architectural coating is to evaluate the deformation ability and durability of the coating under the circumstances of temperature change and physical impact. The following are the test methods and steps of architectural coating flexibility:

サンプルの準備: evenly spread the coating on the test sample to ensure uniform coating thickness, and cut into the appropriate size of the sample after drying.

建築用コーティングの柔軟性をテストする方法?

Suspension treatment: the sample is suspended on the equipment, and different degrees of stretching and distortion deformation are applied by means of free suspension, repeated bending, and gravity mounting.

Deformation test: The deformation test of the sample is carried out by stretching and twisting deformation test instruments, and the parameters such as deformation amount and deformation time of the sample are recorded.

Hot and cold cycle test: Put the sample into the hot and cold cycle box, and repeat the hot and cold cycle test under different temperature conditions, and record whether the sample surface cracks and peels.

情報処理: Based on the data obtained from deformation tests and hot and cold cycle tests, the flexibility and durability of the paint under different temperature and climate conditions are evaluated to determine whether the paint is suitable for a specific building and application scenario.

建築用コーティングの柔軟性をテストする方法?

一言で, the detection of the flexibility of architectural coatings is an indispensable work in construction engineering. Through reasonable testing methods and steps, we can evaluate the deformation ability and durability of coatings under different conditions, and select suitable coating types and brands, 建物の建設品質と耐用年数を確保するために.