Architectural waterproofing coatings are coatings that are applied to the surfaces of buildings to improve their waterproofing properties and are usually composed of polymers, pigmen, and additives. They can be applied to waterproof layers of various buildings, such as roofs, walls, basements, and water tanks, among others. With excellent water resistance, tahan cuaca, and UV resistance, architectural waterproofing coatings can protect buildings from water, kelembaban, and UV damage and improve the service life and reliability of buildings.

Kinerja deteksi

Kinerja utama pembuatan lapisan kedap air dan metode pendeteksiannya

Testing steps:
Ketebalan: Use a thickness gauge to measure the thickness of the building waterproof coating, mencatat nilai terukur dan menghitung nilai rata-ratanya.

Kekuatan tarik dan perpanjangan putus: uji tarik dilakukan dengan menggunakan mesin uji tarik, data pengujian dicatat dan kekuatan tarik serta perpanjangan putus dihitung.

Tahan air: A water circulation device is used to place the building waterproof paint in water, catat waktu dan amati perubahan lapisannya.

Weather resistance and UV resistance: Using UV aging test chamber to simulate solar radiation and atmospheric environment, observe the change of building waterproof coating.

Kekuatan ikatan: Shear tests were performed using a shear strength tester, test data were recorded and bond strength was calculated.

Expansion coefficient: The thermal expansion coefficient tester was used to measure the expansion coefficient of the building waterproof coating, and the measured value was recorded and the average value was calculated.