Hybrid Joint NS to LL Type
Hybrid Joint NS to LL Type
The connection between the joints is bonded with factory vulcanization, providing high water-tightness for bridge expansion devices. The steel vertical tooth shape improves ultra-low noise, reduces vibration, and enhances durability. It is also compatible with wide floor slab spans.
1～23 item / All 23 items
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"Hybrid Joint" expansion device confirmed for 50 years of durability.
Confirmed durability of 50 years through fatigue endurance testing!
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Expansion device [Hybrid Joint] NS to LL type
Bridge expansion device designed with consideration for the surrounding environment, achieving high water stop, ultra-low noise, and comfortable travel. [NETIS registered product]
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What is a bridge expansion device? Features of hybrid joints (Free materials available)
What is an expansion device? The roles and required functions in bridges and highways - 8 major features that hybrid joints fulfill.
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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.
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Expandable Device Hybrid Joint Construction Examples Included (Free Materials Provided)
We are offering a comprehensive catalog introducing our hybrid joints with a long-term durability of 50 years for free!
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Hybrid Joint NS-LL Type: A Stretchable Device with Excellent Water Stopping Properties
The adhesion between the steel plate and rubber was confirmed to have no delamination in the tensile test!
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Expansion device "Hybrid Joint"
[NETIS Registered Product] A bridge expansion device with high water stop performance, comfortable driving, and ultra-low noise.
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Expansion device "Hybrid Joint NS-LL Type"
[Agents Wanted] The connection points between joints are factory vulcanized and bonded, achieving very high water resistance.
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Expansion device "Hybrid Joint NS~LL Type (with guide plate)"
By installing the guide board, it prevents damage to the main body by the grader in snowy areas.
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Expansion Device 【Hybrid Joint】 Construction Example Gunma Prefecture
We would like to introduce examples of construction for hybrid joints (NS to LL type) for bridges, which excel in water resistance and durability.
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Expansion Device 【Hybrid Joint】 Construction Example Tokyo 01
We would like to introduce examples of construction for hybrid joints (NS to LL type) for bridges, which excel in water resistance and durability.
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Expansion Device 【Hybrid Joint】 Construction Example Tokyo, Eitai Bridge
We would like to introduce a case study of the hybrid joint (NS to LL type) for bridge expansion devices, which excels in water resistance and durability.
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Expansion Device 【Hybrid Joint】 Construction Example Yamagata Prefecture
We would like to introduce examples of construction for hybrid joints (NS to LL type) for bridges, which excel in water resistance and durability.
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Expansion Device Hybrid Joint [Construction Example, Ibaraki Prefecture]
We will introduce examples of the construction of hybrid joints (NS to LL type) for bridges, which excel in water resistance and durability.
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Expansion Device Hybrid Joint [Construction Example Saitama Prefecture]
We would like to introduce examples of construction for hybrid joints (NS to LL type) for bridges, which excel in water resistance and durability.
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Expansion Device Hybrid Joint [Construction Example, Chiba Prefecture]
We will introduce examples of the construction of hybrid joints (NS to LL type) for bridges, which excel in water resistance and durability.
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Expansion Device Hybrid Joint [Construction Example, Kyoto Prefecture]
We would like to introduce a case study of the hybrid joint (CF type) for bridge expansion devices, which excels in water resistance and durability.
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Expansion Device Hybrid Joint [Construction Example Kanagawa Prefecture]
We will introduce examples of the construction of hybrid joints (NS to LL type) for bridges, which excel in water resistance and durability.
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Expansion Device Hybrid Joint [Construction Example, Yamanashi Prefecture]
We will introduce examples of the construction of hybrid joints (NS to LL type) for bridges, which excel in water resistance and durability.
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Expansion Device Hybrid Joint [Construction Example Tochigi Prefecture]
We would like to introduce a case study of the hybrid joint (NS-LL type) for bridges, which excels in water resistance and durability.
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Expansion Device Hybrid Joint [Construction Example, Miyazaki Prefecture]
We will introduce examples of the construction of hybrid joints (NS to LL type) for bridges, which excel in water resistance and durability.
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Expansion Device Hybrid Joint [Construction Example, Iwate Prefecture]
We would like to introduce a case study of the hybrid joint (CF type) for bridge expansion devices, which excels in water resistance and durability.
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Expansion Device Hybrid Joint [Construction Example, Mie Prefecture]
We would like to introduce a case study of the hybrid joint (CS type) for bridge expansion devices, which excels in water resistance and durability.
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