×
名字和姓氏
有效的电子邮件地址。 该地址将用于系统电子邮件和通知。
使用条款
Show terms

By accessing and utilizing our servers, services, websites, or any associated content/postings, you agree (individually and on behalf of a business if applicable) to our Terms of Use (below), which we may update anytime at our discretion. If you do not agree to the Terms of Use (“Terms”), then you are not authorized to use any of our materials for either posting or viewing/search purposes.

More info

1 + 19 =
解答这道简单的数学问题并输入结果。 例如。 对于1 + 3,请输入4。
这个问题被要求找出是否你是一个人或自动发送同样的消息到多个新闻组邮件列表。
添加产品
Product / Equipment

Vertebrace® Bend Restrictors

(设备/材料)
型号编号: Vertebrace® Bend Restrictors
状态: New
位置或存放国家: UK, USA, China, Mexico, Malaysia
服务工程支持: Yes
保证: No
价钱: 要求价格
概观:

 

A Bending Restrictor is designed to prevent the over bending of power, array and communications cables as well as umbilicals.

BMP's Vertebrace Bend Restrictor System consists of reticulated, interlocking polyurethane mouldings which permit bending to a pre-determined locking radius when the cable or umbilical is subjected to external loading. A Vertebrace Bend Restrictor is typically deployed at the interface between flexible and rigid structures such as J-Tubes to protect cables and umbilicals from damage due to peripheral stresses. Vertebrace Bend Restrictors are manufactured in a split design enabling easy on deck installation and assembly on to cables and umbilicals from lay vessels or barges.

A Vertebrace Bend Restrictor is fully modular in design and can be incorporated seamlessly into BMP's other subsea protection products such as ProShell ducting and Proteus Bend Stiffeners.

BMP maintains a substantial technical and engineering resource offering a turnkey cable protection solution from design, steelwork elements, polymer moulding through to testing and validation. BMP routinely employs Finite Element Analysis software such as Ansys and is able to provide detailed, supporting design criteria to its clients.

 

BMP Europe Ltd

主要产品/服务: Cables, cords, wires & acc; Other non-metal materials; Protection materials