Recently, an organosilicon building waterproofing agent named IOTA 2618 has officially entered the market. With its outstanding performance and wide range of applications, it has quickly caught the attention of the construction industry.

IOTA 2618 boasts remarkable performance advantages. It can be diluted up to 15 times, which significantly reduces the usage cost and enhances the product's cost - effectiveness. On the surface of building materials, this waterproofing agent can form a hydrophobic film. This film is like a strong "protective suit" for buildings, effectively resisting the erosion of rainwater and achieving high - level water repellency, moisture resistance, frost protection, moss prevention, and weathering resistance. More importantly, while providing these protective functions, it can maintain the original appearance of building materials without affecting the overall aesthetics of the building.

In terms of applications, IOTA 2618 has a very wide range of uses. It is suitable for the surface waterproofing protection of building finishes such as cement mortar, coatings, mosaics, face bricks, and dry - hanging facades, providing reliable waterproofing protection for these common building finishes and extending their service life. At the same time, it can also be used for the impregnation or coating waterproofing treatment of various inorganic building materials, such as stone, cultural stone, ceramics, and concrete products. Whether it is an ancient cultural building or a modern high - rise building, it can benefit from the waterproofing protection of IOTA 2618.

Industry experts said that the emergence of IOTA 2618 has brought a new solution to the field of building waterproofing. It not only meets the basic waterproofing requirements of buildings but also performs excellently in terms of environmental protection and aesthetics. As the construction industry's requirements for waterproofing continue to increase, it is believed that IOTA 2618 will gain wider applications in the market and safeguard the safety and aesthetics of buildings.