Air Inflatable Rubber Dam Sluice Gate Store Water Irrigate Flood Control Rubber Sluice

• Use: Dam Construction
• Species: Water-Filled and Inflatable
• Application: Low Head, Long Span Dam Project
• Other Titles: Rubber Sluice
• Time of First Occurrence: The Year 1957
• Maximum Height: 6m
• Model NO.: BIC-air inflatable rubber dam
• Transport Package: Nude Packing
• Specification: rubber dam
• Trademark: BIC
• Origin: Beijing, China
• HS Code: 4016950090
• Production Capacity: 100sets/Year

Product Description

Material	EPDM	Feature	Store Water Irrigate Landscape Flood Control
Production Capacity	1500sets/Year	HS Code	4016950090

 

Beijing IWHR Corporation (BIC), are one of the leading companies in the world engaged in the field of rubber dam (rubber weir) with expertise of manufacturing and constructing rubber dams for decades. BIC was set up in 1993, and is a state-owned company subordinated to China Institute of Water Resources and Hydropower Research, which is No 1 powerful in China in water and hydropower sectors.

 

We have built rubber dams oversea since 1994, involved in manufacture, feasibility study, design, construction and installation. We could provide rubber dam bags, anchorage elements, pump house and drainage system according to the requirements of customer. We are especially experienced in site installation, commissioning and operation, According to different local civil work, foundation and geographical condition, climate feature, humiture of the project, we adopt effective solution to guarantee the project quality in due time. In 1994 we introduced the technology of rubber dams in Bangladesh by constructing 3 pilot rubber dam projects. Up to now we have constructed 26 rubber dams in Bangladesh. And we built rubber dams in Vietnam and Thailand as well. In South East Asia, we replaced and installed the rubber dams supplied by Japanese company.

The feature of Beijing IWHR Corporation(BIC)'s rubber Dam:
Low cost, simple hydraulic structure, short construction time,
Perfect seismic performance, low resistance to flow.