Today, with the acceleration of the urbanization process, silicone rubber, with its high elasticity, weather resistance, and sealing performance, has become the "all-purpose material" in the construction field. From skyscrapers to cross-sea bridges, it is supporting the infrastructure of modern civilization with its "flexibility".

The "Seismic Pioneer" in Bridge Engineering

Isolation Bearings: The isolation bearings made of silicone rubber compounded with metal can absorb more than 70% of the seismic energy and extend the service life of the bridge by 30 years.

Expansion Joint Sealing: The silicone sealing strip adapts to the thermal expansion and contraction of the bridge and prevents rainwater from eroding the steel bar structure.

Cable Protection: The silicone coating protects the steel cables of the cable-stayed bridge from salt spray corrosion, reducing the maintenance cost by 50%.

Innovative Application: The Akashi Kaikyo Bridge in Japan uses a silicone isolation system and remained intact during the Great Hanshin Earthquake.

The "Waterproof Guardian" in Tunnels and Underground Engineering

Lining Sealing: The silicone sealing ring isolates the infiltration of groundwater and ensures the dryness and safety of the tunnel.

Ventilation System: The silicone air dam regulates the air quality in the underground space and reduces dust pollution.

Fireproof Coating: The silicone coating containing aluminum hydroxide expands when exposed to fire to form a thermal insulation layer, delaying the spread of fire.

Case: The underwater tunnel of the Hong Kong-Zhuhai-Macao Bridge uses silicone sealing technology to achieve the waterproof design goal of 120 years.

The "Intelligent Skin" of High-Rise Buildings

Curtain Wall Sealing: The silicone rubber strip is resistant to ultraviolet aging and can maintain the airtightness of the building for more than 20 years.

Sunshade System: The silicone-coated glass automatically adjusts its transparency according to the light intensity, reducing the air conditioning energy consumption.

Glass Cleaning Robot: The silicone suction cup adsorbs on the surface of the curtain wall to achieve unmanned cleaning.

Technological Breakthrough: The Burj Khalifa in Dubai uses silicone-based self-cleaning glass, reducing the frequency of manual cleaning by 70%.

The "Longevity Doctor" for Old Buildings

Concrete Repair: The silicone resin is injected into the cracks to restore the structural strength.

Wooden Structure Reinforcement: The silicone solution penetrates into the decayed wood to inhibit the growth of mold.

Historical Building Protection: The silicone membrane isolates the erosion of acid rain and protects the original appearance of the ancient building.

Conclusion

Silicone rubber, with its dual characteristics of "flexibility" and "toughness", has become the "invisible backbone" in the construction field. In the future, with the development of intelligent construction technology, it may promote the construction industry to leap towards a safer, more energy-efficient, and sustainable direction.


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