Bridge Expansion Joints

Product Details:

Strip Seal Expansion Joint system consists of an elastomeric gland mechanically locked between two steel edge members providing a superior watertight sealing system. The rugged design of the Strip Seal Expansion Joint can easily accommodate the high loads of vehicular traffic while effectively sealing expansion joints in bridges and structures with movements. Machined Steel shapes maximize seal installability and minimize manufacturing tolerance associated with overall Steel shape manufacture. MORT&H and RDSO Approved

Note:

• Prices are Subject to quantity order & is negotiable .
• Using the following specifications: IRC SP:69-2011

Product Details:

We are offering Compression Seal Expansion Joint to our clients. A general concept of the expansion joint is to provide the continuity between two parts of a structure which are in the relative movement because of vibration, seismic load, thermal expansion or contraction, shrinkage etc. Expansion joints are used primarily to relieve stress due to confinement of a slab. An expansion joint is an assembly designed to safely absorb the heat-induced expansion and contraction of various construction materials, to absorb vibration, or to allow movement due to ground settlement or earthquakes expansion joints are designed to support heavy and rigorous traffic load with minimum noise and bumps so that the driving experience can be with maximum pleasure.

Using the following product specifications: IRC SP:69-2011

Product Details:

Hitech Rubber Industries a coveted firm engaged in manufacturing and supplying a broad array of Expansion Joint. Our engineers have employed latest engineering technology and have precisely designed this range according to the prevailing trends of the market. Usage of quality assured raw material in the fabrication process ensures reliable and long lasting performance of our products. Before the final transmission, these joints are examined for their flawlessness.

Using the following product specifications: IRC SP:69-2011