Bridge Expansion Device Hybrid Joint <Free Materials Available>
Supports various types of bridges, with numerous achievements nationwide! High water resistance, long-term durability of 50 years, and easy installation.
The "Hybrid Joint" is a high-performance waterproof structure for bridge expansion devices, made by press vulcanizing and bonding rubber and steel. Due to its small surface exposure, it reduces impact during vehicle passage and prevents slipping even in rain or snow. The vertical structure of the load-bearing support prevents damage from metal fatigue, achieving a long-term durability of 50 years and maintenance-free operation. 【Features】 ■ Compatible with various types of bridges, including steel bridges, PC bridges, RC bridges, cable-stayed bridges, and curved bridges. ■ Can be installed with a 4-ton crane truck, allowing for safe and easy construction in a short time. ■ Can be replaced in short lengths for each lane. ■ Widely adopted by public organizations across the country, including the Ministry of Land, Infrastructure, Transport and Tourism, NEXCO, urban expressways, and local governments. *Currently, we are offering a product catalog for download. Please take a look.
basic information
"Hybrid Joint" Lineup ● NS, S, L, LL Types: Load-supporting type, standard type, steel vertical tooth shape, long-term durability of 50 years, NETIS old registration ● 3LIIA Type: Load-supporting type, heavy type, long-term durability of 50 years, NETIS registration ● 3LII Type: NEXCO specifications, Metropolitan Expressway specifications, load-supporting type, heavy type, long-term durability of 50 years, NETIS registration ● CF Type: NEXCO specifications, load-supporting type ● CS Type: Steel deck specifications, the only one that passed as Metropolitan Expressway specifications ● HS Type: For vertical joints only *Other types, including those for sidewalks and surface rubber types, are also available. We design and accommodate according to the bridge, so please feel free to consult with us.
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Applications/Examples of results
For more details, please refer to the materials or feel free to contact us.
