Steel edged rubber waterstop - Tunnel_Steel edged rubber waterstop

Tunnel_Steel edge rubber waterstop is a new type of rubber waterstop that inserts galvanized steel plates into the middle of vulcanized rubber. It is suitable for many large construction fields, especially when the water pressure is high and the structural deformation is large, its waterstop effect is more obvious.

Rubber waterstop is a new type of rubber waterstop that inserts galvanized steel plate into the middle of vulcanized rubber. It is suitable for many large construction fields, especially when the water pressure is high and the structural deformation is large, its waterstop effect is more obvious.
Rubber waterstops have good elasticity, wear resistance, aging resistance, and tear resistance, strong adaptability to deformation, and good waterproof performance. The temperature range for the use of rubber waterstops is -45 ℃ -+60 ℃. When the temperature exceeds 70 ℃, or when the rubber waterstop is subjected to strong oxidation or organic solvents such as oil, it should not be used.
The use of rubber waterstops, when the structure undergoes significant deformation, causes the transverse section of the rubber waterstop to elongate and thin with the settlement of the structure. When subjected to fatigue deformation, new leakage gaps are likely to form. However, when using steel plate rubber waterstops, the adhesion between the steel plates on both sides and the surrounding concrete structure is strong, and the adhesion between the steel plate and rubber is also firm.
When the rubber waterstop structure deforms, only the rubber part elongates and becomes thinner, and there will be no new leakage gaps between the steel plate and concrete, or between the steel plate and rubber. Therefore, using steel plate rubber waterstop not only enhances the anti-seepage performance during structural deformation, but also plays an important role in the anti-seepage and waterstop of the entire project.

Rubber waterstops are used for waterproofing deformation joints in underground structures, dams, water storage tanks, swimming pools, roofs, and other building materials and structures.